What can you conclude about the figure

Answers

Answer 1

Answer: A is the correct answer to the question

Answer 2

Answer: 962221 ................................

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How is acceleration of the cart related to the amount of force acting on it? the strips of it?

Answers

We know that Newton's Second Law of Motion states that -

$F = ma$

It is clear that acceleration is directly proportional to the Force acting on a body. So, the amount of Force acting on a body is directly proportional to the acceleration, when the mass is constant.

Force on the cart is directly proportional to the acceleration.

This relationship was given be Sir Isaac Newton.

Mathematically ;

F = ma

Where F is force, a is acceleration and m is constant of proportionality , also known as mass.

A basketball has a mass of 1 kg and is traveling 15 m/s. How fast would a 5 kg bowling ball have to travel to have the same momentum?A) 3 m/s

B) 15 m/s

C) 1 m/s

D) 5 m/s

Answers

A) 3 m/s. Hope this helps.

Answer:

A 3m/s

Explanation:

Took the test (k12)

A 5 kg sledge hammer is held over head (2 meters above the ground). What is the maximum amount of work it can do if it falls to the ground?

Answers

The maximum amount of work that the hammer can do while falling to the ground is equal to its variation of gravitational potential energy, which is given by:
$\Delta U = mg\Delta h$
where m is the mass of the hammer, g is the gravitational acceleration, h is the variation in altitude of the hammer.

Plugging the data of the problem inside the equation, we find
$W=mg\Delta h=(5 kg)(9.81 m/s^2)(2 m)=98.1 J$

A distance between two consecutive troughs in a wave motion train produced in a string is 5 cm. Find speed of wave , if two complete waves pass through any point per second