#### Study sets matching "physics equations"

#### Study sets matching "physics equations"

Kinematics (Big Five)

Horizontal Projectile Motion

Vertical Projectile Motion

Vertical/Horizontal Components of Veloc…

d=vt=1/2(v0+v)t... d=v0t+1/2at^2... d=vt-1/2at^2... v=v0+at... v^2=v0^2+2ad

x=v0(t)... Vx=V0x... ax=0

y=V0y(t)-1/2gt^2... vy=V0y-gt... ay=-g

V0x=v0(cosθ)... V0y=Vo(sinθ)

Kinematics (Big Five)

d=vt=1/2(v0+v)t... d=v0t+1/2at^2... d=vt-1/2at^2... v=v0+at... v^2=v0^2+2ad

Horizontal Projectile Motion

x=v0(t)... Vx=V0x... ax=0

Coulomb's Law

Electric Field

Electric Potential Energy

Electric potential

Gives the magnitude of the electrostatic force vector between…

E=F/q=kQ/r^2 ... -Ratio of the force that is exerted on a test ch…

Amount of work required to bring the test charge from infinite…

Electric potential energy per unit charge -- V=U/q... Electric po…

Coulomb's Law

Gives the magnitude of the electrostatic force vector between…

Electric Field

E=F/q=kQ/r^2 ... -Ratio of the force that is exerted on a test ch…

V=∆X/t

a=∆V/t

F=ma

W=Fd

Velocity equals the change in distance over time

Acceleration is the change in velocity over time

Force equals mass times acceleration

Work is force times distance

V=∆X/t

Velocity equals the change in distance over time

a=∆V/t

Acceleration is the change in velocity over time

F=m(a)

m•Δv=F•Δt

P=energy/time

F=k(x)

Use to determine the acceleration of a cart when a known force…

Use to determine the force needed to stop a car in a given amo…

Use to determine the power required to life a known mass up th…

Use to determine the spring constant when a known weight cause…

F=m(a)

Use to determine the acceleration of a cart when a known force…

m•Δv=F•Δt

Use to determine the force needed to stop a car in a given amo…

f = 1/T... # of cycles per second... Unit: H…

T = 1/f... Time for 1 complete cycle... Unit…

λ(mm) = c(mm/μs)/f(MHz)... The space over…

c = (λ)(f)... = sqrt(B)/sqrt(p)... The spee…

Frequency (f)

Period (T)

Wavelength (λ)

Propagation speed (c)

f = 1/T... # of cycles per second... Unit: H…

Frequency (f)

T = 1/f... Time for 1 complete cycle... Unit…

Period (T)

Useful output/Total Energy Input

work done = force x distance moved (W =…

n = sin i/sin r

n = refractive index

Efficiency Equation

Relationship Between Force, distance and work done

What is the relationship between refractive index , angle of i…

n = ?

Useful output/Total Energy Input

Efficiency Equation

work done = force x distance moved (W =…

Relationship Between Force, distance and work done

Extinction

Single Scatter Albedo

Beer's Law (differential form)

Beer's Law (integral form)

Beta_e=Beta_a+Beta_s... Extinction=absorption+scattering

Omega=Beta_s/Beta_e=(Beta_s)/(Beta_s+Beta_a)

dI_lambda=I_lambda(s+ds)-I_lambda(s)=-I_lambda(s)*Beta_e (s) ds

I_lambda(s2)=I_lambda(s1)exp[-integral_s1->s2 Beta_e(s) ds]

Extinction

Beta_e=Beta_a+Beta_s... Extinction=absorption+scattering

Single Scatter Albedo

Omega=Beta_s/Beta_e=(Beta_s)/(Beta_s+Beta_a)