Copy of Acc. Projectile Motion Concepts with Diagrams (6/7/2024)

Posljednje ažuriranje about 2 years ago

23 questions

1

What is the value for the acceleration in the y direction?

1

What is the initial velocity in the x- direction?

1

In the y- direction, how high does the object go?

1

What is the initial velocity in the y-direction?

1

What is the initial velocity in the x- direction?

1

What is the acceleration in the y- direction?

1

What is the acceleration in the x- direction?

1

In the y-direction, how much time is it in the air?

1

In the x-direction ( at constant speed) what equation will you use?

y=vi t + 0.5 a t^2

vf^2 = vi^2 = 2 a y

s=d/t

vf = vi + a t

1

How far away will it land in the x-direction?

1

What is the final velocity in the y - direction?

1

How long was it in the air in they y- direction?

1

How far away did it land in the x-direction?

1

Calculate the initial velocity for the y - direction.

1

Calculate the initial velocity for the x-direction.

1

Calculate how high the object went in the y direction.

1

What is the height in the y - direction? (delta y)

1

Solve for time in the y - direction.

1

Since the x-direction is constant speed, solve for the distance ( delta x).

1

Find the FINAL velocity in the y-direction.

1

Find the FINAL velocity in the x- direction.

1

Calculate the time in the y-direction.

1

Calculate the distance in the x - direction (delta x)

What is the value for the acceleration in the y direction?

What is the initial velocity in the x- direction?

In the y- direction, how high does the object go?

What is the initial velocity in the y-direction?

What is the initial velocity in the x- direction?

What is the acceleration in the y- direction?

What is the acceleration in the x- direction?

In the y-direction, how much time is it in the air?

In the x-direction ( at constant speed) what equation will you use?

y=vi t + 0.5 a t^2

vf^2 = vi^2 = 2 a y

s=d/t

vf = vi + a t