1The range equation is defined as R=
(V^2sin(2theta))
2Sigma Density if defined as:
M/A or Q/A
3Lambda Density is defined as:
M/L or Q/L
4Phi Density is defined as:
M/V or Q/V
5Rotational Inertia of a uniform hoop/thin cylindrical shell about it's cylindrical axis is defined as I =
ML^2
6Rotational Inertia of a uniform rigid rod about it's center of mass is defined as I =
ML^2/12
7Rotational Inertia of a uniform cylinder/disk about its cylandrical axis defined as I =
ML^2/2
8Keppler's Third Law can be summed up with the following equation
T^2 = (4π^2/Gm)r^3
9The electric field between two oppositley charged parrallel plates is deifined as E=
σ/ε0
10Arclength is deifned as s=
r*theta
11Keppler's 2nd Law states
A line that connects a planet to the sun sweeps out equal areas in equal times.
12Dot Product is tied to:
cos(theta)
13Cross Product is tied to:
sin(theta)
14Inside a conductor what is always true?
The Electric Potential is the same everywhere and the E field is 0
15What are the units for Force?
N (newtons) or kg*m/s^2
16What are the units for Mass?
kilograms (kg)
17What are the units for momentum?
kg*m/sec
18What are the units for Energy?
Joules (J) or kg*m^2/s^2
19What are the units for power?
Watts or J/s or kg*m^2/s^3
20What is the units for frequency?
Hertz (Hz)
21What is the unit for charge?
Coulombs (C)
22What is the unit for electric potential?
Voltage (v)
23What is the unit for inductance?
Henry (H) or kg m^2/(s^2*A^2)
24The equation that describes the magnetic field of a long straight current carrying wire is defined as B=
µ0*I/2pi*r
25The equation for the charging of an RC Circuit is known as Q(t)=
CV(1-e^(-t/RC))
26The equation for the the current of an RC Circuit is known as I(t)=
V*e^(-t/RC)/R
27The equation for the the current of an LR Circuit is known as I(t)=
V(1-e^(tR/L))/R
28The equation for the the voltage across an inductor of an LR Circuit is known as V(t)=
Ve^(-tR/L)