A bus makes a 10-kilometer journey through town. It's top speed is 50 km/h and it's mean speed is 16kn/h. Explain why these spee
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Answer:
The ball rolled a distance of 54 m.
Explanation:
Given:
Initial velocity of the ball is,
Final velocity of the ball is,
Time for rolling is,
The distance of rolling is,
First, let us find the acceleration of the ball using Newton's equation of motion as:
Now, displacement of the ball can be determined using the following equation of motion:
Rewriting the above in terms of 'S', we get
Plug in the known values and solve for 'S'. This gives,
Therefore, the ball rolled a distance of 54 m.
The position x for the tiger with a constant acceleration a is given by:
The position x for the deer with constant velocity is given by:
When the position of the tiger and the deer are the same the time t will be:
At t = 5s the position of the tiger and the deer are:
The position x for the deer with constant velocity is given by:
When the position of the tiger and the deer are the same the time t will be:
At t = 5s the position of the tiger and the deer are: