What is velocity?, The distance traveled by an object, The speed of an object without direction, The speed of an object in a specific direction, The time needed to travel, Which of the following is a vector quantity?, Distance, Time, Speed, Velocity, What is the basic formula for velocity?, Velocity = time × distance, Velocity = displacement ÷ time, Velocity = distance × time, Velocity = time ÷ displacement, Which unit is commonly used for velocity?, kg, s, m/s, m, A student walks 20 meters east in 5 seconds. What is the student's velocity?, 4 m/s east, 5 m/s east, 15 m/s east, 25 m/s east, Why does velocity include direction?, Because velocity measures time, Because velocity is a vector quantity, Because velocity measures mass, Because velocity is always constant, Which statement describes velocity correctly?, 10 m/s, 10 meters, 10 m/s north, 10 seconds, A car travels 100 meters north in 10 seconds. What is its velocity?, 10 m/s north, 10 m/s south, 100 m/s north, 1,000 m/s north, If an object changes its direction while moving, what happens to its velocity?, It always becomes zero, It changes, It stays exactly the same, It becomes distance, Which situation shows velocity rather than just speed?, A bicycle moves at 5 m/s., A runner moves quickly., A car travels at 20 m/s east., A student walks slowly., Ana and Ben both travel 50 meters. Ana travels east while Ben travels west. They take the same amount of time. Which statement is correct?, They have the same velocity because they traveled the same distance., Ana has a greater velocity because east is faster., Their velocities are different because their directions are different., Neither has velocity., A motorcycle travels at 15 m/s east. It then turns around and travels at 15 m/s west. Which statement best explains what happened to its velocity?, Its velocity remained the same., Its velocity changed because its direction changed., Its velocity became zero permanently., Its speed became zero., Two students are running. Student A runs 30 m east in 6 s. Student B runs 40 m east in 8 s. Who has the greater velocity?, Student A, Student B, They have the same velocity, Cannot be determined, A student walks 10 meters east and then 10 meters west, ending at the starting point. What is the student's average velocity for the entire trip?, 0 m/s, 10 m/s east, 20 m/s west, 5 m/s east, A car has a velocity of 20 m/s north. Another car has a velocity of 20 m/s south. Which conclusion is most accurate?, The cars have the same velocity because their speeds are equal., The cars have different velocities because their directions are opposite., Both cars have zero velocity., Direction does not affect velocity.

Velocity

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