A plane passes over point A with a velocity of 8000 m/s north. Forty seconds later, it passes over point B at a velocity of 10,000 m/s north. What is the plane’s acceleration from A to B?
Question:
A plane passes over point A with a velocity of 8000 m/s north. Forty seconds later, it passes over point B at a velocity of 10,000 m/s north. What is the plane’s acceleration from A to B?
Answers (0)
Do you know the answer?
Answers (0)
CynthiaApril 5, 2023 в 11:53
The plane's acceleration from A to B can be calculated using the formula:
acceleration = (final velocity - initial velocity) / time
In this case, the initial velocity (v1) is 8000 m/s north, final velocity (v2) is 10,000 m/s north, and time (t) is 40 seconds.
So,
acceleration = (10,000 m/s - 8000 m/s) / 40 s
= 2000 m/s^2 north
Therefore, the plane's acceleration from A to B is 2000 m/s^2 north. This means that the plane's speed increased by 2000 m/s every second as it traveled from point A to B.
Find the right answer to the question A plane passes over point A with a velocity of 8000 m/s north. Forty seconds later, it passes over point B at a velocity of 10,000 m/s north. What is the plane’s acceleration from A to B? by subject Physics, and if there is no answer or no one has given the right answer, then use the search and try to find the answer among similar questions.
Главная › Science › Physics › A plane passes over point A with a velocity of 8000 m/s north. Forty seconds later, it passes over point B at a velocity of 10,000 m/s north. What is the plane’s acceleration from A to B?
Leave a comment