Shape is correct. This is because we're talking about the door being rectangular, it is (B).
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It was, and still is, a staple import of the united kingdom, which at one time had possession of the 13 colonies of America, India and Hong Kong. As such, these three countries maintain to this day a strong trade network with the UK and her former colonies.
How did nationalist leaders use different methods to pursue independence from colonial rule after 1900?
While countries throughout history have fought for their independence from their colonizing countries, not all of them fought for independence in the same way. Some examples of how many nationalist leaders used different methods to pursue independence from colonial rule after 1900 are:
-Mahatma Gandhi (Indian independence movement), who pursued independence for his country through noncooperation in 1919-1922, a civil disobedience movement of 1930-1931, and finally the Quit India movement in 1940-1942, which led to India and Pakistan gaining independence from the British Empire.
-Hồ Chí Minh (Vietnam War), who pursued independence for his country by beating the French with military strategies and battles, which led to the Vietnam War and finally the independence of Vietnam.
-Paul Kruger (South African independence movement), who pursued independence for his country by fighting the British Empire with military strategies and battles, which led to the Anglo-Boer wars and finally the British Empire troops retreating.
-Kwame Nkrumah (Ghana independence movement), who pursued independence for his country by launching a Positive Action campaign of strikes, boycotts, and disobedience. This led to Ghana gaining independence from the British Empire
Answer:

Explanation:
The speed of the ball in meters per second is

Where t denotes the number of seconds since the ball has been thrown and
is the initial speed of the ball. Then:

If the ball travels 25 meters during the first 2 seconds after it is thrown, what was the initial speed of the ball
Also, for constant acceleration motion, the average velocity is equal to the sum of final and initial velocities divided by 2 and to the distance divided by the time:

Where you know:
Substituting (the units are ommited in the equationn, but added at end of the answer):


Thus, you have a system of equations:


Substituting the second into the first:

