The difference between a vector and scalar quantity (with two examples of each).
What is "direction?" Vectors have direction and scalars do not. Vectors [displacement, velocity, acceleration] & Scalars [position, distance, speed]
100
The definition of acceleration (words)
What is "the rate of change in velocity?"
100
The definition of acceleration (mathematical)
What is "(delta)v/t?"
100
The acceleration of the object depicted by image B at point Q.
What is "9.81 m/s/s" or "gravity?"
200
The motion undergone by the object in image A.
What is "up to -3.5s the object is stationary at -5m. It then jumps to a constant positive velocity until beginning to slow down (accelerate/decelerate) reaching a final position of 2m."
200
The average speed of a car traveling for a total of 2.5 hours. The car first travels for 30.minutes at 60.mph and then 2.0 hours at 40.mph.
What is "44mph?"
200
The distance traveled by the Andromeda when it accelerates uniformly from rest to light speed (2.99x10^8 m/s) in 6.00 seconds. Neglecting relativity calculations
What is "8.97x10^8m?"
200
The angle at which maximum range may be achieved.
What is "45 degrees"
200
Aiden's velocity when swimming across a 10.m wide river. Given that it takes him 30.0s to make the journey, but by the time he reaches the other side he has moved 15m downstream.
What is "0.60m/s?"
300
The velocity-time graph representation of image A.
"NA"
300
The computational representation for gravity on the planet Flinx given the time "t" under which an object placed at a height "h" falls.
What is "210m/s/s?"
300
The time required for the object in image D to fall to the ground if the building is 5.00m tall.
What is "1.01s?"
300
The final speed of the object shown in image B just before the object strikes the ground.
What is "-v at θ below the positive horizontal?"
300
The horizontal displacement of a stone dropped from a plane flying over level ground at a velocity of 90.5m/s in the horizontal direction given a drop time of 3.75 s.
What is "339m?"
400
The velocity of the object depicted by image A between t=.3s and t=0s.
What is "+1.0m/s"
400
The position of a stone dropped from a height h out a window at a time equivalent to half the total fall time.
What is "h/4?"
400
The final velocity of Mia's emu given the following: Mia is riding her trusty emu at a steady pace of 2.5 m/s when suddenly Lydia yells scaring Mia’s emu. For the next 1.75seconds Mia and her emu accelerate at 1.2m/s/s.
What is "8.2m/s?"
400
The speed which a herd of bison run off a cliff in image D. The herd of bison are ran off the horizontal edge of a 20.0m cliff and land 10.0m from the base of the cliff.
What is "4.95m/s?"
400
A mortar is fired directly upward. It is in the air for a total time of 2.0s and travels a height of 4.91m into the air before it begins to fall. What will be the objects height at 0.5 seconds?
What is "3.7m?"
500
The position-time and velocity-time graphs for the situation shown in image F. (ball rolling down a straight incline onto a horizontal surface before striking a spring (reversing its direction).
NA
500
The maximum height gained by a rocket launched vertically with an initial acceleration of 25.0m/s/s. At a time t=15.0s the rocket cuts out.
What is "9980m?"
500
The acceleration vector required to alter the velocity vectors from v1 to v2 on image E.