Everything I Ever Learned In Physics

This isn't even the half of it! It's been a long haul.

s = x₁ - x₀
x = v_xt
v₁ = v₀ + at
x = v₀t + 1/2at²
x = 1/2(v₀ + v₁)t
v₁² = v₀² + 2ax
(In two dimensions use x & y components)
Net Force F = ma
F_g = Gm₁m₂/r²
F_N = mg sin(theta)
F_f = mu F_N
W = Fs
E_k = 1/2mv²
W = E_kf - E_k0
U_g = mgh
E = E_k + E_rot. + U_g + U_s + W_f + ... (Other forms)
E_f = E₀
P = W/t
P = Fv
J = Ft
p = mv
Ft = mv₁ - mv₂
m₁v_1f + m₂v_2f = m₁v₁₀ + m₂v₂₀
x_cm = (m₁x₁ + m₂x₂ + ...)/(m₁ + m₂ + ...)
v = 2*pi*r/T
a_c = v²/r
F_c = mv²/r
tan(theta) = v²/(rg)
v² = GM_p/r
T² = 4*pi²r³/(GM_p)
W_ap = mg + ma
s = r(theta)
v_T = r*omega
a_T = r*alpha
omega₁ = omega₀ + alpha*t
theta = 1/2(omega₁ + omega₀)t
theta = omega₀t + 1/2*alpha*t²
omega₁² = omega₀² + 2*alpha*theta
theta = omega*t
a_c = r*omega²
torque = Fr
x_cg = (W₁x₁ + W₂x₂ + ...)/(W₁ + W₂ + ...)
I = k*mr² (k tends to = 1/2, 2/5, etc.)
W_R = (tau)*(theta)
E_kR = 1/2I*omega²
P_R = I*omega
F = kx
U_s = 1/2kx²
x = Acos(omega*t)
v = -A*omega*sin(omega*t)
v_max = A*omega
omega = (k/m)^1/2
2*pi*f = (mgL/I)^1/2
rho = m/V
P = F/A
m^dot = dm/dt
A₁v₁ = A₂v₂
Q = Av
P₂ - P₁ = (1/2mv₂² + mgy₂) - (1/2mv₁² + mgy₁)
delta L = alpha*L₀*delta T
delta V = beta*V₀*delta T
Q = cm*delta T
Q = mL
delta U = Q - W
W = P*delta V
W = nRT*ln(V_f/V₀)
Q = Cn*delta T
e = W/Q_H
Q_H = W + Q_C
Q_C/Q_H = T_C/T_H
delta S = (Q/T)_R
f = 1/T
v = F*lambda
v = (T/m/L)^1/2
y = A*sin(2*pi*ft - 2*pi*x/lambda)
I = P/(4*pi*r²
decibels = 10*log(I/I₀)
f_o = f_s(v +- v_o)/(v +- v_s)
sin(theta) = lambda/D or 1.22*lambda/D
f_beat = f₂ - f₁
f_n = n(v/2L) n = 1,2,3,4... or n(v/4L) n= 1,3,5,7...
e = 1.60 x 10^-19 C
F = kq₁q₂/r²
k = 8.99 x 10⁹Nm²/C²
E = F/q₀
E = kq/r²
E = q/A/e_o
W_AB = EPE_A - EPE_B
V = EPE/q₀
V_B - V_A = -W_AB/q₀
V = kq/r
E = delta V/delta x
q = CV
k = E₀/E
C = ke_oA/d
E = 1/2CV²
I = delta q/delta t
V = IR
R = rho*L/A
rho = rho₀*[1 + alpha*(T - T₀)]
R = R₀*[1 + alpha*(T - T₀)]
P = IV
P = I²R
P = V²/R
R_S = Sum (R_n)
1/R_P = Sum (1/R_n)
C_S = Sum (1/C_n)
C_S = Sum (C_n)
F = qvB*sin(theta)
r = mv/qB
F = ILB*sin(theta)
torque = NIAB*sin(theta)
B = mu₀I/(2*pi*r)
B = Nmu₀I/(2R)
B = mu₀nI
c = f*lambda
c = (e₀mu₀)^-1/2
u = 1/2e₀E² + 1/(2mu₀)B²
E = cB
S = S₀cos²(theta)
theta i = theta r
f = R/2
1/d_o + 1/d_i = 1/f
M = h_i/h_o = -d_i/d_o
n = c/v
n₁sin(theta 1) = n₂sin(theta 2)
sin(crit. theta) = n₂/n₁
sin(theta) = m*lambda/d, m = 0,1,2,3...
sin(theta) = m*lambda/W, m = 1,2,3...
theta = 1.22*lambda/D
E_i - E_f = hf
L_n = n*h/(2*pi), n = 1,2,3,...
r_n = 5.29 x 10 ^-11n²/Z
E_n = -(13.6eV)Z²/n²
1/lambda = RZ²(1/n_f² - 1/n_i²)
E = nhf, n = 0,1,2,3,...
E = hf
K_max = hf - work function
p = h/lambda
E = mc²