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Questions and Answers
What does the formula 'Change in velocity time v-u t' represent?
What does the formula 'Change in velocity time v-u t' represent?
- Final velocity
- Acceleration
- Initial velocity
- Time taken to change velocity (correct)
In physics, what does 'v-u' stand for in the equation 'Change in velocity time v-u t'?
In physics, what does 'v-u' stand for in the equation 'Change in velocity time v-u t'?
- Final velocity
- Initial velocity (correct)
- Acceleration
- Time
What is the correct unit for velocity based on the provided information?
What is the correct unit for velocity based on the provided information?
- newtons
- meters
- meters per second (correct)
- seconds
Which term is used to describe the force that causes an object to move in a circular path?
Which term is used to describe the force that causes an object to move in a circular path?
What does the first equation of motion typically describe?
What does the first equation of motion typically describe?
What is the equation showing the position-velocity relation?
What is the equation showing the position-velocity relation?
Which equation represents acceleration in terms of initial velocity, final velocity, and time?
Which equation represents acceleration in terms of initial velocity, final velocity, and time?
In the context of the text, what does the term 'u' represent?
In the context of the text, what does the term 'u' represent?
Which equation displays the relationship between velocities and acceleration?
Which equation displays the relationship between velocities and acceleration?
What is the term 's' in the equation $s = ut + \frac{1}{2}at^2$?
What is the term 's' in the equation $s = ut + \frac{1}{2}at^2$?
Which equation shows the relationship between velocities and the square of acceleration?
Which equation shows the relationship between velocities and the square of acceleration?
What are scales used for while drawing a graph?
What are scales used for while drawing a graph?
In physics, what do we use to represent quantities with both magnitude and direction?
In physics, what do we use to represent quantities with both magnitude and direction?
Which term refers to a push or pull acting upon an object as a result of its interaction with another object?
Which term refers to a push or pull acting upon an object as a result of its interaction with another object?
What term is used for the rate at which an object changes its position?
What term is used for the rate at which an object changes its position?
What is applied when there is a need to change the motion of an object?
What is applied when there is a need to change the motion of an object?
Which term is used to describe the physical quantity that has only magnitude and no direction?
Which term is used to describe the physical quantity that has only magnitude and no direction?
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