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TEXT I
Robotic Cars
The year is 2020, and it’s 7;45 on a rainy Monday morning, and you are in your car on your way to work. You turn right, and you turn left. A few minutes later, you stop at a traffic light. When the light turns green and there are no other cars in the intersection, you continue on your way. Ten minutes later you get to work and stop reading the morning paper. Then, you get out of your car and you say, “Thank you!". Your car replies, “You’re welcome!’’. This possibie future may sound unreai, but in fact many car companies are aiready testing robotic cars, or driverless cars, on the roads today, although the cars don't speak very much yet.
In the 1980s, Germany and the United States tested the first driverless cars, and by 2020 companies such as Volvo, GM, Nissan and BMW plan to seil driverless cars. Driverless cars are not really ‘driverless - the drivers are computers that use radar, Computer maps and other modern technology. They offer many advantages. Perhaps the most important of these is fewer deaths caused by road accidents. For example, in 1968 more than 53.000 people lost their lives in car accidents in the USA. This number has fallen to less than 33.000 but it’s still a high number. In addition, people will spend iess time stuck in traffic jams and there will be no need for people to have a driving license. One of the major disadvantages of this new technology, however, is the cost. It’s not free. U$5.000 to U$10.000 is added to the price of the new car. Nevertheless, at some time in your life, you will probably be sitting in a robotic, ;driverless car on your way to work or school. The future is almost here. Are you ready for it?
<https://www.aHthinastoDics.eom/uploads/2/3/2/9/23290220/lesson-drivina-robo ticcars2.pdf>
Read the extract from the text
‘When the light turns green and there are no other cars in the intersection, (...)’
Mark the option that can replace the underlined sentence.
TEXT I
Robotic Cars
The year is 2020, and it’s 7;45 on a rainy Monday morning, and you are in your car on your way to work. You turn right, and you turn left. A few minutes later, you stop at a traffic light. When the light turns green and there are no other cars in the intersection, you continue on your way. Ten minutes later you get to work and stop reading the morning paper. Then, you get out of your car and you say, “Thank you!". Your car replies, “You’re welcome!’’. This possibie future may sound unreai, but in fact many car companies are aiready testing robotic cars, or driverless cars, on the roads today, although the cars don't speak very much yet.
In the 1980s, Germany and the United States tested the first driverless cars, and by 2020 companies such as Volvo, GM, Nissan and BMW plan to seil driverless cars. Driverless cars are not really ‘driverless - the drivers are computers that use radar, Computer maps and other modern technology. They offer many advantages. Perhaps the most important of these is fewer deaths caused by road accidents. For example, in 1968 more than 53.000 people lost their lives in car accidents in the USA. This number has fallen to less than 33.000 but it’s still a high number. In addition, people will spend iess time stuck in traffic jams and there will be no need for people to have a driving license. One of the major disadvantages of this new technology, however, is the cost. It’s not free. U$5.000 to U$10.000 is added to the price of the new car. Nevertheless, at some time in your life, you will probably be sitting in a robotic, ;driverless car on your way to work or school. The future is almost here. Are you ready for it?
<https://www.aHthinastoDics.eom/uploads/2/3/2/9/23290220/lesson-drivina-robo ticcars2.pdf>
Read the sentence below.
That is an inteliigent car that works with a Computer.
What’s the plural form of the sentence?
TEXT I
Robotic Cars
The year is 2020, and it’s 7;45 on a rainy Monday morning, and you are in your car on your way to work. You turn right, and you turn left. A few minutes later, you stop at a traffic light. When the light turns green and there are no other cars in the intersection, you continue on your way. Ten minutes later you get to work and stop reading the morning paper. Then, you get out of your car and you say, “Thank you!". Your car replies, “You’re welcome!’’. This possibie future may sound unreai, but in fact many car companies are aiready testing robotic cars, or driverless cars, on the roads today, although the cars don't speak very much yet.
In the 1980s, Germany and the United States tested the first driverless cars, and by 2020 companies such as Volvo, GM, Nissan and BMW plan to seil driverless cars. Driverless cars are not really ‘driverless - the drivers are computers that use radar, Computer maps and other modern technology. They offer many advantages. Perhaps the most important of these is fewer deaths caused by road accidents. For example, in 1968 more than 53.000 people lost their lives in car accidents in the USA. This number has fallen to less than 33.000 but it’s still a high number. In addition, people will spend iess time stuck in traffic jams and there will be no need for people to have a driving license. One of the major disadvantages of this new technology, however, is the cost. It’s not free. U$5.000 to U$10.000 is added to the price of the new car. Nevertheless, at some time in your life, you will probably be sitting in a robotic, ;driverless car on your way to work or school. The future is almost here. Are you ready for it?
<https://www.aHthinastoDics.eom/uploads/2/3/2/9/23290220/lesson-drivina-robo ticcars2.pdf>
Read the extract from the text.
'They offer many advantages.’
The subject pronoun ‘they’ refers to:
TEXT I
Robotic Cars
The year is 2020, and it’s 7;45 on a rainy Monday morning, and you are in your car on your way to work. You turn right, and you turn left. A few minutes later, you stop at a traffic light. When the light turns green and there are no other cars in the intersection, you continue on your way. Ten minutes later you get to work and stop reading the morning paper. Then, you get out of your car and you say, “Thank you!". Your car replies, “You’re welcome!’’. This possibie future may sound unreai, but in fact many car companies are aiready testing robotic cars, or driverless cars, on the roads today, although the cars don't speak very much yet.
In the 1980s, Germany and the United States tested the first driverless cars, and by 2020 companies such as Volvo, GM, Nissan and BMW plan to seil driverless cars. Driverless cars are not really ‘driverless - the drivers are computers that use radar, Computer maps and other modern technology. They offer many advantages. Perhaps the most important of these is fewer deaths caused by road accidents. For example, in 1968 more than 53.000 people lost their lives in car accidents in the USA. This number has fallen to less than 33.000 but it’s still a high number. In addition, people will spend iess time stuck in traffic jams and there will be no need for people to have a driving license. One of the major disadvantages of this new technology, however, is the cost. It’s not free. U$5.000 to U$10.000 is added to the price of the new car. Nevertheless, at some time in your life, you will probably be sitting in a robotic, ;driverless car on your way to work or school. The future is almost here. Are you ready for it?
<https://www.aHthinastoDics.eom/uploads/2/3/2/9/23290220/lesson-drivina-robo ticcars2.pdf>
Read the extract from the text
'The year is 2020, and it’s 7:45 on a rainy Monday morning, (...)’
What’s the correct question referring to the underiined information?
TEXT I
Robotic Cars
The year is 2020, and it’s 7;45 on a rainy Monday morning, and you are in your car on your way to work. You turn right, and you turn left. A few minutes later, you stop at a traffic light. When the light turns green and there are no other cars in the intersection, you continue on your way. Ten minutes later you get to work and stop reading the morning paper. Then, you get out of your car and you say, “Thank you!". Your car replies, “You’re welcome!’’. This possibie future may sound unreai, but in fact many car companies are aiready testing robotic cars, or driverless cars, on the roads today, although the cars don't speak very much yet.
In the 1980s, Germany and the United States tested the first driverless cars, and by 2020 companies such as Volvo, GM, Nissan and BMW plan to seil driverless cars. Driverless cars are not really ‘driverless - the drivers are computers that use radar, Computer maps and other modern technology. They offer many advantages. Perhaps the most important of these is fewer deaths caused by road accidents. For example, in 1968 more than 53.000 people lost their lives in car accidents in the USA. This number has fallen to less than 33.000 but it’s still a high number. In addition, people will spend iess time stuck in traffic jams and there will be no need for people to have a driving license. One of the major disadvantages of this new technology, however, is the cost. It’s not free. U$5.000 to U$10.000 is added to the price of the new car. Nevertheless, at some time in your life, you will probably be sitting in a robotic, ;driverless car on your way to work or school. The future is almost here. Are you ready for it?
<https://www.aHthinastoDics.eom/uploads/2/3/2/9/23290220/lesson-drivina-robo ticcars2.pdf>
Read the extract from the text.
'Ten minutes iater you get to work and stop reading the morning paper.’
Mark the option that can replace the expression get to.
Observe a figura a seguir.
Ela apresenta o triângulo equilátero ABC e o retângulo
CDEF. Sabe-se que A, C e D estão na mesma reta, AC =
CF e CD = 2DE. Com centro em C e raio CD traça-se o
arco de circunferência que intersecta E F em G. Por F
traça-se a reta FH / / CG, de modo tal que D, G e H
estejam sobre a mesma reta. Dado que a área do triângulo
CDG é 36, o valor da soma das medidas das áreas dos
triângulos C BF e FGH é:
Observe as figuras a seguir.
Na figura observam-se as rosáceas de perímetro x, y e z,
respectiva mente. A rosácea I está inscrita num quadrado
ABC D de lado 8,5 cm; A rosácea lI está inscrita num
pentágono regular EFGHI de lado 5 cm; e a rosácea IlI
está inscrita num hexágono regular JKLMNO de lado 4
cm. Sabendo-se que o perímetro de uma rosácea é a
soma de todos os arcos dos setores circulares
apresentados na sua construção, é correto afirmar que:
Observe a figura a seguir.
Essa figura apresenta dez retângulos, sendo cinco deles
com números inteiros não negativos explícitos, e cinco
deles com números inteiros não negativos ocultos. Sabe-se que cada retângulo dado está apoiado em dois outros,
de modo que o número que ele exibe é a diferença entre
os quadrados dos números exibidos nos retângulos em
que ele se apoia, exceto a linha mais abaixo, com quatro
retângulos, em que os números nesses retângulos foram
previamente escolhidos. Para exemplificar, perceba que
1030144 = 10152 - 92. Nessas condições, é correto
afirmar que a soma dos números que estão ocultos é igual
a:
Seja ‘A’ o conjunto das soluções reais da equação 
A quantidade de elementos do
conjunto ‘A ’ é:
Sejam a1; a2 ; a3; . . . ; an-2 ; an-1; an os divisores do número 
organizados em ordem
crescente dos números naturais. Considerando que
e b = √3, determine o algarismo de maior
valor absoluto do número T = a1 + a2 + a3 + ... + an-2 + an -1 + an e marque a opção correta.
Observe a figura a seguir.
Nela, 0 arco AC, de centro em B, mede 90°. M é ponto
médio do diâmetro AB do semicírculo em preto. Essa
figura representa 0 ponto de partida de um desenhista
gráfico para a construção do logotipo de uma empresa. As
áreas das partes clara e escura somadas são iguais a 4π.
Após análise, ele resolve escurecer 30% da área clara e
apronta 0 logotipo. Nessas novas condições é correto
afirmar que a porcentagem da área da parte clara sobre a
área total será igual a:
Observe a figura a seguir.
Nela temos dois triângulos eqüiláteros de lado 2√3 . Sabe-se que o círculo no interior do primeiro triângulo e o quadrado no interior do segundo triângulo, tem as maiores áreas possíveis. É correto afirmar, que a razão entre os perímetros do círculo e do quadrado é igual a:
Uma jovem lê todos os dias, pela manhã, à tarde ou à noite, mas como é atarefada nunca consegue ler por três turnos consecutivos. Como é muito dedicada, também cuida para nunca ficar três turnos consecutivos sem sua leitura habitual. Seguindo essas regras, ela observou que o último livro que terminou foi lido de tal forma que:
- Foram necessários 28 turnos de leitura para finalizar esse livro;
- Em 12 manhãs, 7 tardes e 10 noites, ela não leu qualquer parte desse livro.
Com base somente nesses dados, quantos dias essa jovem gastou com a leitura desse livro?
Conheça nossos planos