Social Care in the UK Essay -- Government Politics Welfare

This essay attempts to; discuss the dominant social policy perspectives that have influenced social policy making in the United Kingdom since 1945. To explain how differing perspectives have responded to healthcare as a social problem. To describe two key policies that have been instigated since the start of New Labour in 1997, and to examine a contemporary social policy relating to health. In 1941 Sir William Beveridge was commissioned by the then Conservative prime minister, Winston Churchill to conduct a study of the welfare system of the time. The Beveridge report paved the way for the welfare state as we know it and was important in shaping the social democratic ideology that remained prevalent until the mid 1970’s. The key principals behind most social democratic ideology are that of equality and collectivism. In practice, the state manages the economy using Keynesian economic principals, manages the provision of welfare through the welfare state and takes a regulatory roll in peoples lives. This protects citizens from the extremes of poverty and prevents major economic inequality. The New Right ideology came to the fore in the mid 1970’s as a result of a major recession and the reality of an economic crisis. The 1979 general election was won by the Conservative party led by Margaret Thatcher. Thatcher was prime minister until 1990 in a period of politics that came to be known as Thatcherism. Two key thinkers of the time were Milton Friedman and Friedrich von Hayek who saw ‘the free market’ as central to the success of Thatcherism and believed that government should concentrate on economic issues, thus allowing ‘market forces’ to shape society. From the early 1990’s a new, politically cen... ...el medical treatment, help and advice via centres that are easy to access. The NHS annual review 2009-2010 found that NHS direct recommended to 49% of callers to go to less urgent/lower cost points of care, saved 2.4 million GP appointments and 1.2 million ambulance journeys (www.nhsdirect.nhs.uk 2010). Disadvantages of these direct services are that they are extremely expensive and only offer a reactive form of health care, while not providing enough health education. Works Cited Pilkington A & Yeo A Sociology in focus Haddington, Scotprint. 2004. Pugh P & Garratt C, Keynes a graphic guide London, Icon books. 2009. Walsh M, Stephens P & Moore S Social policy and welfare, Stanley Thornes Ltd. 2000 www.nhsdirect.nhs.uk.

Contextual Differences Analysis of the Differences between Fassbinder’s All That Heaven Allows and Sirk’s Ali

The high price of gas at the pump has many Americans looking for alternates to their gas powered vehicles. One of the most popular option right now is a hybrid vehicle. The question that comes to mind is, are hybrid vehicles worth it? With record high gas prices due to the price of oil, most car owners out there have major concerns over their gas usage. Over the past ten years, the cost of gasoline has grown 250%! The price of oil has doubled since January of this year. The high prices of oil and gas is the driving factor for most of the people to trade their gas powered vehicles for hybrid vehicles.These vehicles promise to give consumers more mileage per gallon, the truth is that only a few vehicles currently in the market actually make any sort of financial sense. There are quite a few issues with buying hybrid vehicles, even with gas prices at more than $4 a gallon. First, these vehicles are much higher in price than their gas powered counter part so, the premiums attached to the ir price tags do not justify extra mileage that you get. In some cases car dealers are selling popular vehicles at much higher prices than MSRP.Second, there are no laws and regulations controlling the technology, price, and the mileage per gallon required out of these vehicles. Currently, there are hybrid vehicles in the market that offer an improvement of 3MPG to 18 MPG over their gas powered counterpart. This is a huge range that needs to be controlled. Third, the demand of these vehicles is driving the prices of the vehicles even higher, if people knew that it would take many years for fuel savings to pay back the hybrid premium on many models, the demand on these models would be much lower, driving the prices down.The solutions that I would like to propose is the government to work with auto manufacturers to develop a standard for hybrid vehicles. This standard should control the minimum mileage offered per gallon, and control the premium allowed to be charged by the manufactur ers. There are vehicles in the market that offer only a marginal benefit over the gas powered vehicles and yet the manufacturers charge thousands of dollars premium. Background: Today people all around the world are facing unusually high oil price hikes.Oil has become so very expensive that people are trying all kinds of extreme measures to lower the price. The hike in price has affected every nation; the entire world is trying to find a way out of the soaring prices. Thanks to the oil prices, travel expenses have increased, not just flying being expensive, driving your own car is very expensive. The chart below shows a trend in oil prices since 1990 with some of the major events leading to this increase. Note that since January of 2007 the oil prices have increase by 162%.With high gas prices, hybrid cars are a more affordable option than ever in terms of gas mileage, but only a handful of hybrid cars make solid financial sense, and only for some consumers, according to a new study by NADAguides. com, a vehicle pricing and information website. Using current gas prices for ten major metropolitan areas, the company studied the number of miles needed to recoup the extra cost of buying a hybrid car over its gasoline-only counterpart.The study showed, for example, that a driver in Los Angeles, the city with the highest gas prices in the study, will break even about 18 percent faster than a driver in Houston, the city with the lowest gas prices, assuming both are driving the same miles. The study found that, even at today's high gas prices, only a handful of hybrid cars make financial sense for a consumer who buys a new car every five years or less and drives an average number of miles per year.Even at Los Angeles-area gas prices, there are only five hybrid cars that would allow consumers to recoup their additional investment before they sold the car, assuming they drive an average of 15,000 miles per year. In order of shortest time to break even, they are: 1. Toyo ta Camry Hybrid 2. Chevrolet Malibu Hybrid 3. Nissan Altima Hybrid 4. Toyota Prius 5. Honda Civic Hybrid Following is a chart of the top five hybrid cars with the greatest return on investment and the number of miles to break even in 10 major metropolitan areas at current gas prices.Issue: Even with gas prices at more than $4 per gallon, there are quite a few issues with buying hybrid vehicles. Issue 1: High Prices Hybrid vehicle prices are higher than their gas powered counterpart. The demand for these vehicles in the last year has increased a lot, increasing the prices even further. In some areas people are actually paying premium over MSRP and waiting for more than two years to get some vehicles.The price premium attached to the hybrid vehicles are just too great to be considered a cost savings relative to purchasing their gasoline counterpart. If people knew how long it would take them to pay off the increased premium the demand for the hybrid would be lower than what it is now, decreasing the prices. Issue 2: High Prices The second issue with the hybrid vehicles is that there are no laws and regulations controlling the technology, price, and the mileage per gallon required out of these vehicles.Currently, there are hybrid vehicles in the market that offer an improvement of just a few miles per gallon over their gas powered counterpart, yet the manufacturers are charging thousands more for the premium for a so called hybrid technology. The table shows the amount of time it would take a buyer to offset the hybrid premium by fuel savings. The table also shows the miles per gallon and annual gas savings. These numbers clearly show the need to have some regulations to control the miles per gallon offered and the amount of premium that is charged by the manufacturers.Let’s look at some vehicles: Starting with the worst of the bunch, the Lexus LS600H. The premium charges on this vehicle is about $19,000, yet it only offers about 20 to 22 miles per gallon. It would take almost a century to break even. The next worst seems to be the Saturn Aura which only offers an annual gas savings of $171. The best one seems to Toyota Prius, but this car is so popular these days that in some areas there is a wait list of two years. In areas where it’s available, the dealers are charging more than $5,000 over MSRP.Solution: ?Better education to customers about the ownership costs of a hybrid vehicle ? Government should offer incentives like tax break to buy hybrid vehicles ? Have a standard to develop hybrid vehicle to encourage mass production, bringing the vehicle prices to even less than current gas-powered vehicles ? Force auto makers to sell hybrid vehicles at no more than, about 10%, premium to the customers Conclusion: Reference: Web Site: Bespoke Investing Group – http://bespokeinvest. typepad. com/bespoke/

Vehicular Ad-Hoc Networks in Intelligent Transportation Systems

Vehicular webs are going as a milepost of the coming coevals the Intelligent Transportation Systems ( ITSs ) , affecting a safer and more efficient transit by giving whole information on clip to drivers and several governments. By and large the moving vehicles are able to pass on with another vehicle through the vehicle to vehicle communicating or to the route side unit via vehicle to route side communicating. Particularly the Location of vehicle must be hint on its individuality on web [ 1 ] , [ 2 ] . Besides the traveling vehicle has its ain individuality depending on the other vehicle. The vehicles are ever anon. in the web. A big field of petition in web relies on association and information collection amongst take parting vehicles. Exclusive of individualities of participants, such applications are susceptible to the Sybil assault where a malevolent vehicle mask as legion individualities [ 3 ] , overwhelmingly act uponing the consequence. The effect of Sybil onslaught happening in vehicular web can be important. For case, in protection related contraption such as danger warning, smash turning away, and fliting aid, partial consequences caused by a Sybil onslaught can demo the manner to strict auto bad luck. Therefore, it is of great significance to feel Sybil onslaughts from the highly get downing of their happening. Detecting aggressor node in urban vehicular webs, however, is really demanding. Primary, vehicles are cryptic. There are no handcuffs of trust associating claimed individualities to reliable vehicles. Second, location privateness of vehicles is of great apprehensiveness. Locality information of vehicle can be really private. For case, it can be contingent that the rider of a vehicle may be under the conditions from cognizing the vehicle is parking following to a infirmary. It is inhibitive to do obligatory a conversation association among claimed individuality to genuine vehicles by formalizing the physical endurance of a vehicle at a proving place and clip. Third, conversations among vehicles are really bantam. Due to elevated mobility of vehicles, a running vehicle can hold merely more than a few seconds [ 4 ] to pass on with another periodically encountered vehicle. It is hard to establish certain dependability among pass oning vehicles in such a bantam clip. This makes it effortless for a malevolent vehicle to bring forth an aggressive individuality but really hard for others to legalise. Additionally, small treatment amongst vehicles calls for online Sybil assault exposure. The find proposal fails if a Sybil onslaught is identified after the onslaught has accomplished. To extinguish the bullying of Sybil onslaughts, it is undemanding to obviously adhere a dissimilar authorised individuality [ 5 ] , [ 6 ] , [ 8 ] to every vehicle so that all lending vehicle can match to itself merely one time during all communications. Using unambiguous individualities of vehicles has the likely to wholly avoid Sybil onslaughts but v iolates the enigma concern in urban vehicular webs. 1.1 Introduction of vehicular Network: The aim of ambient intelligence is to make an intelligent day-to-day infinite, which is instantly useable and integrated into our places, our offices, our roads, our autos, and everyplace. This new construct must be unseeable ; it must intermix in with our normal environment and must be present when we need it. One of the applications of this construct consists of supplying our autos and roads with capablenesss to do the route more secure ( information about the traffic, accidents, dangers, possible roundabout way, conditions, etc. ) and to do our clip on the route more gratifying ( Internet entree, web games, assisting two people follow each other on the route, chat, etc. ) . These applications are typical illustrations of what we call an Intelligent Transportation System ( ITS ) whose end is to better security, efficiency and enjoyment in route conveyance through the usage of new engineerings for information and communicating ( NTIC ) . Traditional traffic direction systems are bas ed on centralised substructures where cameras and detectors implemented along the route cod information on denseness and traffic province and transmit this information to a cardinal unit to treat it and do appropriate determinations. This type of system is really dearly-won in footings of deployment and is characterized by a long reaction clip for processing and information transportation in a context where information transmittal hold is critical and is highly of import in this type of system. In add-on, these devices placed on roads require periodic and expensive care. Consequently, for big scale deployment of this type of system, of import investing is required in the communicating and detector substructure. However, with the rapid development of wireless communicating engineerings, location and detectors, a new decentralized ( or semi-centralized ) architecture based on vehicle-to-vehicle communications ( V2V ) has created a really existent involvement these last few old ages fo r auto makers, R & A ; D community and telecom operators. This type of architecture relies on a distributed and independent system and is made up of the vehicles themselves without the support of a fixed substructure for informations routing. In this instance, we are speaking about a vehicular ad hoc web ( VANET ) , which is no more than a specific application of traditional nomadic ad hoc webs ( MANET ) . An illustration of an urban VANET web is illustrated in Following Figure. Fig 1.1. Example of VANET web An application sphere where those visions can go world in the close hereafter is wireless communicating in vehicular traffic webs in order to better traffic safety and to increase traffic efficiency, vehicle-to-X communicating ( V2X ) webs. The notations car-to-X communicating ( C 2X ) and vehicular ad- hoc webs ( VANE Ts ) are synonymously used. The â€Å"X† emphasizes that either entirely vehicles communicate ( vehicle-to-vehicle communicating ( V2V ) ) , or so do vehicles and substructure points ( vehicle-to-infrastructure communicating ( V2I ) ) . For both types of communicating similar engineerings may be used, and webs uniting both are expected. In this thesis we concentrate on direct V2V communicating. It is envisioned that by interchanging information straight between vehicles every vehicle should be able to observe vehicles in the surrounding and may cipher the current traffic state of affairs from collected information. Such co-operative autos warn their drivers if n ecessary, e.g. in instance of at hand dangers like possible hits with other vehicles or looking obstructions on the route, e.g. route works. The communicating hence has to carry through highest quality demands as precise information has to be transmitted with high dependability and short hold under inauspicious and extremely dynamic environmental conditions. A cardinal edifice block of V2V communicating is the periodic transmittal of position information by every single vehicle. These messages that are frequently called beacon messages contain information like current place, velocity, acceleration and way of driving. The messages serve as the information footing for the common consciousness of the vehicles. For vehicles in the close surrounding of a several sender, the response of beacon messages is of peculiar importance in order to obtain accurate consciousness of the stopping point environing. Beacon messages have specific and unusual communicating belongingss that have to be considered. First, beacon messages are transmitted by every equipt vehicle. Second, beacon messages that contain up-to-date information are transmitted in a periodic man- ner, i.e. several times per second. Third, the messages are transmitted in a broad- dramatis personae mode and do non hold one specific receiver. In effect, an effectual strategy to admit a succ essful message response is non easy applicable. Therefore, specific methods are necessary to look into this type of communicating that we call local broadcasts communicating. With regard to the mentioned belongingss it has to be identified how timely and dependable periodic beacon messages can be distributed in the local surrounding of each vehicle. A cardinal and precise cognition of the systems in usage, their behaviour and their public presentation is necessary to measure V2V communicating and to plan systems that work dependable under mundane conditions. Therefore, the end of this thesis is a comprehensive and precise public presentation rating of periodic local broadcast communicating in V2V communicating webs. Of peculiar involvement is the scalability of immense and heavy webs. It turns out that the concealed terminus job is peculiarly relevant as it causes interventions during the response of messages. We discuss the analysis of effects of mu- tual intervention on the public presentation of V2V webs and accordingly on their possible. Therefore, such webs are analyzed with a focal point on the possibilities and restrictions that the communicating m echanisms and the physical features provide for the particular type of informations traffic that is exchanged. Several undertakings worldwide have investigated the betterment of transit systems with regard to the positive consequence on traffic safety and traffic efficiency. In recent old ages, the specific function of V2X communicating came into focal point and broadened the research sphere to the interaction of vehicles and substructure. Be- bow, these spheres were frequently treated individually: while from infrastructure side adaptable traffic telematics applications were introduced ( e.g. variable message marks for velocity and figure of parking tonss, or adaptative traffic visible radiations for traffic flow optimisation ) , on the vehicle side, electronic systems were introduced to im- prove rider safety, the controllability of the vehicle in critical state of affairss, or pilotage systems. The possibility to interact via wireless communicating be- tween substructure and vehicles, every bit good as straight between vehicles, allows to develop wholly new application scenarios where coop eration of the different entities may be achieved. We now foremost present undertakings where such possible applications were discussed, before deducing the communicating challenges and so looking at the proficient systems that should supply the necessary communicating demands. A nomadic ad hoc web ( MANET ) is an independent system made up of nomadic Stationss interrelated by wireless associations devoid of the direction of a centralised substructure. Following gettable communications in the web, the nomadic Stationss ( or nodes ) can say besides the map of router to convey informations. In this chapter, we focus on the survey of the chief component in ITS systems which are inter vehicle communicating ( IVC ) and its correlative services. For route security services, the information on possible danger can be exchange in existent minute between vehicles to advise the drivers. Examples of services are non imperfect to route security applications but subsist for other types of map as good, peculiarly console applications ( portable Internet entree, set of autos, games, etc. ) offering interesting point of view for telecom operators looking for original service niches. Road security has been an of import anxiousness in the universe over the past few old ages w hile 1000000s of public dice every twelvemonth since of auto bad luck and many more are offended. gettable figures show that route dealing accidents in the Member States of the European Union per annum maintain about 39000 lives and escape more than 1.7 million people affronted, stand foring an predictable cost of 160 billion euros programmed public route systems and intelligent transit systems ( ITS ) were commence to rush up the development and employ of intelligent incorporated safety strategy that utilize information and communicating engineerings as an intelligent declaration, in order to escalate route safety and chair the figure of accidents in our prospect roads. In unsimilarity, as nomadic wireless attack became an of import portion of our life, and the omnipresent ‘anywhere, anytime’ connectivity strategy is further on magnetic attraction, Internet right to use from vehicles is in monolithic stipulate. The proliferation of cooperated system move in front for I TS and the focal point on information and transit engineerings services on one manus and the mounting figure of communicating infrastructure-enabled agencies of transit on the other manus has opened up fresh production theoretical accounts and cardinal market sections for legion stakeholders in the ITS-market. The Vehicular Communication Networks ( VCNs ) are a anchor of the envisage Intelligent Transportation Systems ( ITS ) . Through enabling vehicles to pass on with each other by manner of Inter-Vehicle Communication ( IVC ) every bit good as with wayside base Stationss via Roadside-to-Vehicle Communication ( RVC ) , vehicular system could provide to safer and extra competent roads. The juncture and territory of entry of VCNs are mounting quickly, with abundant vehicle manufacturer and cryptic establishment sharply prolonging investigate and enlargement in this field. The grouping with involved antenna systems, and the progressive dispersion of committed localisation systems ( GP S ) produce VCNs pertinent for the development of forceful protection applications, numbering knock into and concern systems, driver helper and bright traffic supervising system. On the other manus, inter-vehicular communicating ( IVC ) besides fuels the tremendous chances in online car break and enables the incorporation through Internet services and applications. In this Chapter, we nearby a comprehensive portraiture of the province of the art of this speedy traveling research country indicating to look into, undertakings and homogeny attempts that have been done. We discover the exceeding facial visual aspect and challenges that distinguish these extremely self-motivated webs every bit good as their necessities, peculiarly in footings of excellence of service, promote preface and sanctuary. We discuss diverse forwarding and routing attack concentrating on Location-based method including ‘anchor-based routing ‘ . We review miscellaneous ‘intelligent flooding†™ and information airing progress. We terminate by researching future investigate waies in this field. The first IVC surveies have emerged at the beginning of the 1980s in Japan ( for illustration: Association of Electronic Technology for Automobile Traffic and Driving ) with the addition of people or ware travelling, therefore exciting the geographic expedition of new solutions such as automatic drive, intelligent route planning, etc. Several authorities establishments throughout the universe have led an explorative stage from different world-wide undertakings, affecting a big figure of research units. These undertakings have led to the definition of several possible paradigms and solutions, based on different attacks. In this manner, traffic direction systems were installed in big Nipponese metropoliss and on most urban and intercity main roads. The Japanese have made big investings in the development of driver information systems. In the instance of a main road, the system electronically monitors the velocity and volume of traffic and gives drivers instant warnings on accidents and holds. Warnings and other information for drivers are displayed on different variable message marks. In the Nipponese AHS ( Automated Highway System ) undertaking, the end was to plan an automated main road system for independent drive: control of the vehicle is assumed by a computing machine on board. In the USA, there is the Intelligent Transportation Society of America ( ITS America ) , which is a group of makers, authorities bureaus, universities and other endeavors. This group focuses on research, publicity and development and deployment coordination of ITS applications throughout the USA. As in Japan, the American authorities besides implemented the NAHSC ( National Automated Highway System Consortium ) in 1995. In Europe, the PROMETHEUS ( PROgraM European Traffic with Highest Efficiency and Unprecedented Safety ) undertaking began in 1986 and included over 13 vehicle makers and several universities from 19 European states. In this context, several attacks and solutions refer ing ITSs have been developed, implemented and demonstrated. The consequences of this first measure were a elaborate analysis of the job and the development of a feasibleness survey to accomplish a better apprehension of the conditions and possible effects of using the engineering. Later, and with the technological promotion of communicating, computation and location equipments, other undertakings were carried out and have paved the manner for some IVC applications. Because of the importance of this field, new undertakings were initiated throughout the universe. In Europe, a certain figure of big scale undertakings have late emerged focussing on jobs related to IVC systems. Most of these undertakings were introduced in the context of research plans from the European Community ( 5thand 6ThursdayPCRD ) . However, a big bulk of these undertakings focus on the sole usage of bing substructure for implementing the IVC system, which can be highly expensive. Drive [ DRI 99 ] and GST [ GST 05 ] undertakings are first-class illustrations of these undert akings. DRiVE ( Dynamic Radio for IP Services in Vehicular Environments ) is meant to work on the convergence of different cellular engineerings and high throughput webs ( GSM, UMTS, DAB and DVB-T ) in order to implement the necessary foundation for the development of advanced IP services for vehicles. The GST ( Global Systems for Telematics ) [ GST 05 ] undertaking is besides intended for applications related to route safety. However, this undertaking focuses on the usage of the GSM web. It focuses on jobs in relation with procuring the web and service substructure, operation security and charge.

About the Legislative Branch of U.S. Government

About the Legislative Branch of U.S. Government Every society needs laws. In the United States, the power to make laws is given to Congress, which represents the legislative branch of government. The Source of Laws The legislative branch is one of three branches of the U.S. government- the executive and judicial are the other two- and it is the one charged with creating the laws that hold our society together. Article I of the Constitution established Congress, the collective legislative body made up of the Senate and the House. The primary function of these two bodies is to write, debate and pass bills and to send them on to the president for his approval or veto. If the president gives his approval to a bill, it immediately becomes law. However, if the president vetoes the bill, Congress is not without recourse. With a two-thirds majority in both houses, Congress may override the presidential veto. Congress may also rewrite a bill in order to win presidential approval; vetoed legislation is sent back to the chamber where it originated for reworking. Conversely, if a president receives a bill and does nothing within 10 days while Congress is in session, the bill automatically becomes law. Investigative Duties Congress can also investigate pressing national issues and it is charged with supervising and providing a balance to  the presidential and judicial branches as well. It has the authority to declare war; in addition, it has the power to coin money and is charged with regulating interstate and foreign commerce and trade. Congress also is responsible for maintaining the military, though the president serves as its commander in chief. Why Two Houses of Congress? In order to balance the concerns of smaller but more populated states against those of larger but more sparsely populated ones, the framers of the Constitution formed two disparate chambers.   The House of Representatives The House of Representatives is made up of 435 elected members, divided among the 50 states in proportion to their total population according to the system of apportionment based on the latest U.S. Census. The House also has 6 non-voting members, or â€Å"delegates,† representing the District of Columbia, the Commonwealth of Puerto Rico, and four other territories of the United States. The Speaker of the House, elected by the members, presides over meetings of the House and is third in the line of presidential succession. Members of the House, referred to a U.S. Representatives, are elected for 2-year terms, must be at least 25 years old, U.S. citizens for at least 7 years, and residents of the state from which they are elected to represent. The Senate The Senate is made up of 100 Senators, two  from each state. Before the ratification of the 17th Amendment in 1913, the Senators were chosen by the state legislatures, rather than the people. Today, Senators are elected to by the people of each state to 6-year terms. The terms of the Senators are staggered so that about one-third of the Senators must run for reelection every two years. Senators must be 30 years old, U.S. citizens for at least nine years, and residents of the state they represent. The Vice President of the United States presides over the Senate and has the right to vote on bills in the event of a tie.    Unique Duties and Powers Each house has some specific duties as well. The House can initiate laws that require people to pay taxes and can decide whether public officials should be tried if accused of a crime. Representatives are elected to two-year terms. The Senate can confirm or reject any treaties the president establishes with other nations and is also responsible for confirming presidential appointments of Cabinet members, federal judges, and foreign ambassadors. The Senate also tries any federal official accused of a crime after the House votes to impeach that official.  The House also has the power  elect the president in the case of an electoral college tie. Phaedra Trethan is a freelance writer who also works as a copy editor for the Camden Courier-Post. She formerly worked for the Philadelphia Inquirer, where she wrote about books, religion, sports, music, films, and restaurants. Edited by Robert Longley

Atreverse Conjugation in Spanish, Translation, and Examples

Atreverse Conjugation in Spanish, Translation, and Examples The Spanish verb atreverse is a reflexive verb that means to dare. Although most reflexive verbs can also be used non-reflexively, atreverse is an exception and should always be used in its reflexive form. This article includes atreverse conjugations in the most common verb forms and tenses: the present, past, conditional, and future indicative; the present and past subjunctive; the imperative, and other verb forms like the gerund and past participle. Atreverse Present Indicative Atreverse is a regular -er verb, so its conjugations in the present indicative are regular; just be sure to include the appropriate reflexive pronouns before each conjugated verb. Yo me atrevo I dare Yo me atrevo a hacer preguntas en clase. Tà º te atreves You dare Tà º te atreves a probar cosas nuevas. Usted/à ©l/ella se atreve You/he/she dares Ella se atreve a quejarse con el jefe. Nosotros nos atrevemos We dare Nosotros nos atrevemos a escalar la montaà ±a. Vosotros os atrevà ©is You dare Vosotros os atrevà ©is a salir en el frà ­o. Ustedes/ellos/ellas se atreven You/they dare Ellos se atreven a tirarse con paracaà ­das. Atreverse Preterite Indicative Notice that in the preterite tense the yo and à ©l/ella/usted conjugations carry an accent mark on the last vowel. Yo me atrevà ­ I dared Yo me atrevà ­ a hacer preguntas en clase. Tà º te atreviste You dared Tà º te atreviste a probar cosas nuevas. Usted/à ©l/ella se atrevià ³ You/he/she dared Ella se atrevià ³ a quejarse con el jefe. Nosotros nos atrevimos We dared Nosotros nos atrevimos a escalar la montaà ±a. Vosotros os atrevisteis You dared Vosotros os atrevisteis a salir en el frà ­o. Ustedes/ellos/ellas se atrevieron You/they dared Ellos se atrevieron a tirarse con paracaà ­das. Atreverse Imperfect Indicative The imperfect tense can be translated as was daring or used to dare. It is used to talk about habitual or ongoing actions in the past. Note that all of the imperfect conjugations carry an accent mark. Yo me atrevà ­a I used to dare Yo me atrevà ­a a hacer preguntas en clase. Tà º te atrevà ­as You used to dare Tà º te atrevà ­as a probar cosas nuevas. Usted/à ©l/ella se atrevà ­a You/he/she used to dare Ella se atrevà ­a a quejarse con el jefe. Nosotros nos atrevà ­amos We used to dare Nosotros nos atrevà ­amos a escalar la montaà ±a. Vosotros os atrevà ­ais You used to dare Vosotros os atrevà ­ais a salir en el frà ­o. Ustedes/ellos/ellas se atrevà ­an You/they used to dare Ellos se atrevà ­an a tirarse con paracaà ­das. Atreverse Future Indicative Yo me atreverà © I will dare Yo me atreverà © a hacer preguntas en clase. Tà º te atrevers You will dare Tà º te atreversa probar cosas nuevas. Usted/à ©l/ella se atrever You/he/she will dare Ella se atrevera quejarse con el jefe. Nosotros nos atreveremos We will dare Nosotros nos atreveremosa escalar la montaà ±a. Vosotros os atreverà ©is You will dare Vosotros os atreverà ©is a salir en el frà ­o. Ustedes/ellos/ellas se atrevern You/they will dare Ellos se atreverna tirarse con paracaà ­das. Atreverse Periphrastic  Future Indicative   When conjugating the periphrastic future, remember to place the reflexive pronoun before the conjugated verb ir. Yo me voy a atrever I am going to dare Yo me voya atrever a hacer preguntas en clase. Tà º te vasa atrever You aregoing todare Tà º te vasa atrever a probar cosas nuevas. Usted/à ©l/ella se vaa atrever You/he/she isgoing to dare Ella se vaa atrever a quejarse con el jefe. Nosotros nos vamosa atrever Wearegoing todare Nosotros nos vamosa atrever a escalar la montaà ±a. Vosotros os vaisa atrever You aregoing to dare Vosotros os vaisa atrever a salir en el frà ­o. Ustedes/ellos/ellas se vana atrever You/they aregoing to dare Ellos se vana atrever a tirarse con paracaà ­das. Atreverse Present Progressive/Gerund Form One of the main uses of the gerund or present participle is to form progressive tenses such as the present progressive, which is usually formed with the auxiliary verb estar. When conjugating reflexive verbs in progressive tenses, the reflexive pronoun can be placed before the conjugated verb estar, or attached to the end of the present participle. Present Progressive ofAtreverse se est atreviendo / est atrevià ©ndose Is daring Ella se est atreviendo a quejarse con el jefe. Atreverse Past Participle One of the main uses of the past participle is to form perfect tenses, such as the present perfect, which uses the auxiliary verb haber. In the perfect tenses, the reflexive pronoun is always placed before the conjugated verb haber. Present Perfect of Atreverse se ha atrevido Has dared Ella se ha atrevido a quejarse con el jefe. Atreverse Conditional Indicative The conditional tense is used to talk about possibilities. It is translated to English as would dare. Yo me atreverà ­a I would dare Yo me atreverà ­a a hacer preguntas en clase si fuera ms valiente. Tà º te atreverà ­as You would dare Tà º te atreverà ­asa probar cosas nuevas si fueras aventurero. Usted/à ©l/ella se atreverà ­a You/he/she would dare Ella se atreverà ­aa quejarse con el jefe, pero à ©l no la quiere escuchar. Nosotros nos atreverà ­amos We would dare Nosotros nos atreverà ­amosa escalar la montaà ±a si tuvià ©ramos mejor condicià ³n fà ­sica. Vosotros os atreverà ­ais You would dare Vosotros os atreverà ­ais a salir en el frà ­o si tuvierais un buen abrigo. Ustedes/ellos/ellas se atreverà ­an You/they would dare Ellos se atreverà ­ana tirarse con paracaà ­das si fueran ms jà ³venes. Atreverse Present Subjunctive Que yo me atreva That I dare La profesora sugiere que yo meatrevaa hacer preguntas en clase. Que tà º te atrevas That you dare Tu madre espera que tà º teatrevas a probar cosas nuevas. Que usted/à ©l/ella seatreva That you/he/she dare Su colega quiere que ella seatreva a quejarse con el jefe. Que nosotros nos atrevamos That we dare El alpinista espera que nosotros nos atrevamos a escalar la montaà ±a. Que vosotros os atrevis That you dare El entrenador quiere que vosotros os atrevisa salir en el frà ­o. Que ustedes/ellos/ellas seatrevan That you/they dare Pablo espera que ellos seatrevan a tirarse con paracaà ­das. Atreverse Imperfect Subjunctive There are two different endings to form the conjugation of the imperfect subjunctive: Option 1 Que yo me atreviera That I dared La profesora sugerà ­a que yo me atreviera a hacer preguntas en clase. Que tà º te atrevieras That you dared Tu madre esperaba que tà º teatrevieras a probar cosas nuevas. Que usted/à ©l/ella seatreviera That you/he/she dared Su colega querà ­a que ella seatreviera a quejarse con el jefe. Que nosotros nos atrevià ©ramos That we dared El alpinista esperaba que nosotros nos atrevià ©ramosa escalar la montaà ±a. Que vosotros os atrevierais That you dared El entrenador querà ­a que vosotros os atrevieraisa salir en el frà ­o. Que ustedes/ellos/ellas seatrevieran That you/they dared Pablo esperaba que ellos seatrevieran a tirarse con paracaà ­das. Option 2 Que yo me atreviese That I dared La profesora sugerà ­a que yo meatreviese a hacer preguntas en clase. Que tà º te atrevieses That you dared Tu madre esperaba que tà º teatrevieses a probar cosas nuevas. Que usted/à ©l/ella seatreviese That you/he/she dared Su colega querà ­a que ella seatreviese a quejarse con el jefe. Que nosotros nos atrevià ©semos That we dared El alpinista esperaba que nosotros nos atrevià ©semosa escalar la montaà ±a. Que vosotros os atrevieseis That you dared El entrenador querà ­a que vosotros os atrevieseisa salir en el frà ­o. Que ustedes/ellos/ellas seatreviesen That you/they dared Pablo esperaba que ellos seatreviesen a tirarse con paracaà ­das. Atreverse Imperative The imperative mood is for giving commands or orders. Notice that in positive commands, the reflexive pronoun is attached to the verb, whereas in negative commands the reflexive pronoun is placed before the verb. Positive Commands Tà º atrà ©vete Dare!  ¡Atrà ©vete a probar cosas nuevas! Usted atrà ©vase Dare!  ¡Atrà ©vase a quejarse con el jefe! Nosotros atrevmonos Let's dare!  ¡Atrevmonos a escalar la montaà ±a! Vosotros atreveos Dare!  ¡Atreveos a salir en el frà ­o! Ustedes atrà ©vanse Dare!  ¡Atrà ©vanse a tirarse con paracaà ­das! Negative Commands Tà º no te atrevas Don't dare!  ¡Note atrevas a probar cosas nuevas! Usted no se atreva Don't dare!  ¡No se atreva a quejarse con el jefe! Nosotros no nos atrevamos Let's not dare!  ¡Nonos atrevamos a escalar la montaà ±a! Vosotros no os atrevis Don't dare!  ¡Noos atrevis a salir en el frà ­o! Ustedes no se atrevan Don't dare!  ¡Nose atrevan a tirarse de paracaà ­das!

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