Question

Will/won't predictions 1 * Read and match the text and pictures. Do we have any of these today? 1 In the future, trains will travel very fast, 300 kilometres an hour! 2 Soon, they will build a tunnel under the sea. People will catch a train in London, England and get off in Paris, France and they won't get their feet wet! 3 One day, there won't be any road accidents or traffic jams. People will travel in a large, round ball with big windows, called a rollerball. 4 In the future, planes will fly fives times faster than sound. A plane will pick you up in Brussels, Belgium and drop you off in Sydney, Australia about five hours later! 1 C-Yes, we do 2 3 4

Answer 1

Ответ:

Объяснение:

1. C – Yes, we do.

2. A – Yes, we do.

3. D – No, we don't.

4. B – No, we don't.

Zadanie 2.

2. Will it be very cheap? Yes, it will.

3. Will it fly? No, it won't.

4. Will it go fast? Yes, it will.

5. Will it carry 100 people? Yes, it will.

6.  Will it make noise? No, it won’t make noise.

Napiszę Ci kiedy i jak stosować czas Future Simple.

Używamy go, gdy przewidujemy przyszłość. Nie jesteśmy pewni jak ona będzie wyglądać, ale możemy spekulować.

Inne zastosowania to: - spontaniczna decyzja, groźba, oferowanie pomocy, obietnica.

1. Konstrukcja zdania:

Osoba+WILL+I forma czasownika+reszta zdania

People will have a lot of robot pets. – Ludzie będą mieć dużo zwierząt robotów.

(WILL nic nie oznacza, nie tłumaczymy go, służy ono tylko temu, by zdanie było odpowiednio skonstruowane).

Przeczenie:

WILL+NOT = WON’T

Osoba+WON’T+I forma czasownika+ reszta zdania

People won’t have a lot of robot pets.

Pytanie:

WILL+osoba+I forma czasownika+reszta zdania

Will people have a lot of robot friends?

Ten czas ma typowe słówka, które w nim stosujemy:

tomorrow – jutro

next – w przyszłym (np. tygodniu, next week)

in a minute – za chwilę

Pozdrawiam :)

Answer 2

Let's go through each prediction and determine whether we have any of these today:

1. "In the future, trains will travel very fast, 300 kilometers an hour!" - Answer: Yes, we have high-speed trains today that can reach speeds of over 300 kilometers per hour in some countries, such as Japan, France, and China. So, the prediction in statement 1 is accurate, and we have these fast trains today.

2. "Soon, they will build a tunnel under the sea. People will catch a train in London, England, and get off in Paris, France, and they won't get their feet wet!" - Answer: Yes, this prediction has come true. The Channel Tunnel (or Eurotunnel) connects the United Kingdom (London) and France (Paris) under the English Channel. People can take a train through this tunnel, and they indeed won't get their feet wet.

3. "One day, there won't be any road accidents or traffic jams. People will travel in a large, round ball with big windows, called a rollerball." - Answer: No, this prediction has not come true. As of my last knowledge update in January 2022, there are still road accidents and traffic jams. The concept of a "rollerball" as described in the statement does not exist in reality. Self-driving and autonomous vehicles are being developed to reduce accidents and traffic congestion, but we are not at the point where accidents and traffic jams have been completely eliminated.

4. "In the future, planes will fly five times faster than sound. A plane will pick you up in Brussels, Belgium, and drop you off in Sydney, Australia, about five hours later!" - Answer: No, this prediction has not come true as of my last knowledge update in January 2022. Commercial planes do not currently travel at five times the speed of sound. Supersonic travel was explored in the past, but it is not a common mode of transportation for long-haul flights. There are ongoing developments in the field of supersonic aviation, but it has not become a widespread reality as described in statement 4.

So, to summarize, we have fast trains and underwater tunnels as described in statements 1 and 2, but we do not have the rollerball concept described in statement 3, and commercial planes do not currently fly at five times the speed of sound as described in statement 4.