Question 1

A graphic designer wants to create an animation where a ball bounces in a straight line across the screen. Which type of graph (position-time, velocity-time, or acceleration-time) would best represent the ball's motion, and why?

300

velocity vs time

jerk vs time

position vs time

acceleration vs time

Accepted Answer

position vs time

Answer

velocity vs time

Answer

jerk vs time

Answer

acceleration vs time

Question 2

While designing a game interface, a designer uses vectors to represent player movement. If a player moves 5 units right and 3 units up, what is the approximate resultant displacement vector using graphical vector addition?

300

7

8

34

6

Accepted Answer

6

Answer

7

Answer

8

Answer

34

Question 3

A graphic designer creates a scrolling animation where an object moves at a constant speed across the screen. Write the equation of motion for the final displacement (d_for x)of an object if it starts at position $x_0 = 0$ and moves at v=5m/s using the equation v= $\frac{\left(x_f-x_o\right)}{t}$

Accepted Answer

xf= 5t

Question 4

In an animated advertisement, a character accelerates from rest at $2 \, m/s^2$ for 5 seconds. What is the final velocity of the character? $v_f=v_o+at$

Accepted Answer

10 m/s

Answer

2 m/s

Answer

7 m/s

Answer

5 m/s

Question 5

Question: A designer animates a logo falling diagonally across a screen. If it moves horizontally at 3 m/s and falls vertically at 4 m/s, what is the magnitude of the logo's velocity vector?

Accepted Answer

5

Answer

1

Answer

7

Answer

25

Answer

14

Question 6

A basketball in an animation follows a parabolic path. Which component of velocity (horizontal or vertical) remains constant during its flight and why?

Accepted Answer

​The horizontal velocity remains constant because there is no horizontal acceleration acting on the projectile.

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