Free Fall
0 m/s
The time at which the 2 cars pass each other
D
If I am running at 3.4 m/s at 50° above the positive x-axis, this is y-component of my velocity.
2.60 m/s
This author of Principia Mathematica also came up with three simple physics rules (which you will learn about soon)
Isaac Newton
The capitol of Michigan
Lansing
The quadratic formula
(I didn't feel like typing it out)
The direction (assuming right is positive) that car two is traveling at time D
Left
If I travel 3 blocks north and 4 blocks east, this will be the magnitude and direction of my displacement.
5 blocks 36.9° North of East
This is the eighth planet in our solar system
Neptune
The Vernal Equinox occurs during this month (bonus point if you know the exact day)
March 20
The rate at which the velocity of an object increases every second when freely falling
9.8 m/s/s
The number of times in which car 1 stopped
0
This is the magnitude of the i, j, and k unit vectors.
1
The aftermath of a supernova can form what (2 possible answers, just name one)
A black hole and a neutron star
Enkidu
If I toss a ball up at 3 m/s, this will be its maximum height (in meters)
0.46 meters
The number of times car 2 stopped
1
My position as a function of time is given on the worksheet. This is the magnitude and direction of my velocity at t = 3s.
42.8 m/s -10.8°
This theory of Einstein involves the curvature of "space-time" (you must be specific)
Josh masterfully drew this pokemon at the end of Monday's SI session
Electrode
If I toss up a ball at 10 m/s, at what time (in seconds) will it reach the point x = 2 m.
1.82s and 0.225s
The 2 cars are moving at nearly the same velocity at this time
A
You are given a vector in the plane that has a magnitude of 95.0 units and a component of -47.0 units. These are the two possibilities for the x-component.
82.6, -82.6 units
This fundamental particle, discovered by J. J. Thomson, was first referred to as a "corpuscle"
electron
What is the name of my cat?
Trixie