# Study sets matching "physics mcat"

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Linear motion equations can only be use…

What are the three variables associated…

Of the four variables associated with l…

Regarding linear motion, a change in di…

acceleration is constant

displacement, velocity, acceleration and time

time

Δx = v0t + 1/2at^2

Linear motion equations can only be use…

acceleration is constant

What are the three variables associated…

displacement, velocity, acceleration and time

Uniform Circular Motion

Newton's First Law

Newton's Second Law

Newton's Third Law

Defined as an object that is traveling in circular motion with…

the scientific law that states that an object at rest will sta…

the acceleration of an object is directly proportional to the…

For every action there is an equal and opposite reaction... - Nor…

Uniform Circular Motion

Defined as an object that is traveling in circular motion with…

Newton's First Law

the scientific law that states that an object at rest will sta…

Translational motion

displacement

avg speed

avg velocity

x = xo + vot + 1/2at^2 ... (Vƒ)^2 = (Vo)^2 + 2ax

x = (Vo + Vƒ)/2t

s = d/t

v = Δx/t ... v = √2gh (Bernoulli's Equation) ... v = λf... v = (1/n)c... v…

Translational motion

x = xo + vot + 1/2at^2 ... (Vƒ)^2 = (Vo)^2 + 2ax

displacement

x = (Vo + Vƒ)/2t

Magnitude of Gravitational Acceleration…

Density (ρ) of H2O

Elementary Electric Charge (c)

Coulomb's Constant (k0)

~10 m/s^2

1000 kg/m^3 = 1 g/cm^3

1.6 x 10^-19 C; smallest possible unit of charge

9 x 10^9 Nm^2/C^2

Magnitude of Gravitational Acceleration…

~10 m/s^2

Density (ρ) of H2O

1000 kg/m^3 = 1 g/cm^3

Binding Energy

Capacitance

Capacitor

Center of Mass

the energy that holds the protons and neutrons in the nucleus.…

measure of capacitors ability to store charge at a given volta…

An electronic device used in circuits that is composed of two…

the point on some object or body where all of the its mass is…

Binding Energy

the energy that holds the protons and neutrons in the nucleus.…

Capacitance

measure of capacitors ability to store charge at a given volta…

Equation to find amount remaining from…

Potential energy formula

Kinematic Equations

Power equations (Think Electricity), wh…

Amount left = (1/2)^n ... this is a decimal that can then be con…

PE = mgh = (Kg)(m/s^2)(m) = J (Joules)

X = Xi + vt --> to find how far something traveled, given velo…

P = IV = I^2 R = V^2 / R... R = Resistance... I = Current... V = Volta…

Equation to find amount remaining from…

Amount left = (1/2)^n ... this is a decimal that can then be con…

Potential energy formula

PE = mgh = (Kg)(m/s^2)(m) = J (Joules)

vectors

scalars

vector addition

vector subtraction

magnitude + direction... displacement, velocity, acceleration, fo…

magnitude, no direction... speed, coefficients, can be dimensionl…

tip-to-tail method... components - Pythagorean theorem

change direction of subtracted vector... then vector addition

vectors

magnitude + direction... displacement, velocity, acceleration, fo…

scalars

magnitude, no direction... speed, coefficients, can be dimensionl…

vectors

scalars

vector addition

vector subtraction

magnitude + direction... displacement, velocity, acceleration, fo…

magnitude, no direction... speed, coefficients, can be dimensionl…

tip-to-tail method... components - Pythagorean theorem

change direction of subtracted vector... then vector addition

vectors

magnitude + direction... displacement, velocity, acceleration, fo…

scalars

magnitude, no direction... speed, coefficients, can be dimensionl…

Open-Open Harmonic Wavelength

Open-Closed Harmonic Wavelength

Doppler Effect

Doppler: Moving TOWARD

Wavelength = 4L/n ... (Where n = odd integers ONLY)

f' = perceived frequency... f = emitted frequency ... vnot (Vd) = de…

(v+Vd)/(v-Vs)

Open-Open Harmonic Wavelength

Open-Closed Harmonic Wavelength

Wavelength = 4L/n ... (Where n = odd integers ONLY)

What is the difference between vector a…

Velocity vs Speed

What does soh cah toa stand for?

What does vector b̂ = 4î + 3ĵ mean?

Vectors- magnitude and direction (displacement)... Scalar- magnit…

Velocity- vector (measures speed AND direction)... Speed- scalar

Sin = opposite/hypotenuse ... Cos = adjacent/hypotenuse... Tan = opp…

Vector b can be broken down into a horizontal vector of length…

What is the difference between vector a…

Vectors- magnitude and direction (displacement)... Scalar- magnit…

Velocity vs Speed

Velocity- vector (measures speed AND direction)... Speed- scalar

viscosity

wavelength

work-energy theorem

0th law of thermodynamics

resistance to flow, denoted by n

crest to crest, trough to trough

states that the net work performed on an object is related to…

two objects that are in thermal equilibrium with a third objec…

viscosity

resistance to flow, denoted by n

wavelength

crest to crest, trough to trough

Viscosity

Longitudinal Waves

Work Energy Theorem

Archimedes' Principle

A measure of a fluid's resistance to flow.... The viscosity of a…

Waves that displace the medium in the same direction of wave p…

W = delt KE

The magnitude of the buoyant force is equal to the weight of t…

Viscosity

A measure of a fluid's resistance to flow.... The viscosity of a…

Longitudinal Waves

Waves that displace the medium in the same direction of wave p…

Vector

Scalar

Vector multiplication by scalars

Dot product

a number that has magnitude and direction

a number with just magnitude

B = nA... B - new vector... n - scalar value... A - old vector

interactions between similar dimensions (i.e. just magnitude)

Vector

a number that has magnitude and direction

Scalar

a number with just magnitude

Linear motion equations can only be use…

What are the three variables associated…

Of the four variables associated with l…

Regarding linear motion, a change in di…

acceleration is constant

displacement, velocity, acceleration and time

time

Δx = v0t + 1/2at^2

Linear motion equations can only be use…

acceleration is constant

What are the three variables associated…

displacement, velocity, acceleration and time

Linear motion equations can only be use…

What are the three variables associated…

Of the four variables associated with l…

Regarding linear motion, a change in di…

acceleration is constant

displacement, velocity, acceleration and time

time

Δx = v0t + 1/2at^2

Linear motion equations can only be use…

acceleration is constant

What are the three variables associated…

displacement, velocity, acceleration and time

Current

Resistance

Ohm's Law

Resistors in Series vs Resistors in Par…

I = Q/t... Units Amps = C/s... Q=charge... In the direction of "flow o…

R= pL/A ... Units Ohms... p--resistivity... L--length... A--area

V= IR

In series-- R = R1+ R2+ R3+...... In parallel-- 1/R = (1/R1) + (…

Current

I = Q/t... Units Amps = C/s... Q=charge... In the direction of "flow o…

Resistance

R= pL/A ... Units Ohms... p--resistivity... L--length... A--area