MCAT - PHYSICS FORMULAS
QUESTIONS WITH ANSWERS.
use this equation to determine the velocity given the displacement or speed and the
distance. - Answers-
use this equation to determine acceleration - Answers-
use this equation to determine the change in displacement holding the acceleration
constant - Answers-
use this equation to determine the final velocity given initial velocity, time, and holding
acceleration constant - Answers-
use this equation to determine the final velocity given initial velocity, change in
displacement, and holding acceleration constant - Answers-
use this equation to determine the average velocity - Answers-
use this equation to determine the velocity in a free fall scenario where acceleration due
to gravity is equal to 9.8 m/s² - Answers-
use this equation to determine the centripetal acceleration of an object moving in a
circle at a constant speed - Answers-
use this equation to determine the centripetal force of an object moving in a circle at a
constant speed - Answers-
use this equation to determine the gravitational force btw. two objects - Answers-
use this equation to determine the the force on an object due to kinetic friction -
Answers-
use this equation to determine the static friction acting between two objects which are
stationary due to each other - Answers-
use this equation to determine the Newton's Second Law. - Answers-
use this equation to solve for gravitational potential energy in situations relatively close
to Earth's surface - Answers-
use this equation to solve for kinetic energy. - Answers-
use this equation to determine the torque or moment of force - Answers-
, use this equation to determine work where θ is the angle btw. the force and the
displacement vector - Answers-
use this equation to determine the momentum of an object in motion - Answers-
use this equation to determine the capacitance of a capacitor - Answers-
use this equation to determine the potential energy stored in a capacitor - Answers-
This equation describes the potential energy of a point charge in an electric field due to
an electric force times displacement of the charge (arbitrary, similar to gravitational pot
energy) - Answers-
use this equation to determine the attractive or repulsive force two charges exert on one
another - Answers-
use this equation to determine the potential energy due to two point charges - Answers-
use this equation to determine the magnetic force on a moving charge in an external
magnetic field. - Answers-
use this equation to determine the drop in electric potential across a resistor - Answers-
use this equation to determine the total electric current passing through a conductor per
unit of time - Answers-
use this equation to determine the magnitude of the magnetic field produced by a
circular loop of current-carrying wire at the center of the loop - Answers-
use this equation to determine the magnitude of the magnetic field produced by a
straight current-carrying wire at a chosen point in space. - Answers-
use this equation to determine the magnetic force on a current-carrying wire in a
uniform external magnetic field. - Answers-
use this equation to determine the magnetic force - Answers-
use this equation to determine the weight of an object - Answers-
use this equation to determine Newton's Third Law - Answers-
use this equation to determine the rate at which energy is transferred from one system
to another - Answers-
use this equation to determine the conservation of mechanical energy when no
dissipative forces are present - Answers-
QUESTIONS WITH ANSWERS.
use this equation to determine the velocity given the displacement or speed and the
distance. - Answers-
use this equation to determine acceleration - Answers-
use this equation to determine the change in displacement holding the acceleration
constant - Answers-
use this equation to determine the final velocity given initial velocity, time, and holding
acceleration constant - Answers-
use this equation to determine the final velocity given initial velocity, change in
displacement, and holding acceleration constant - Answers-
use this equation to determine the average velocity - Answers-
use this equation to determine the velocity in a free fall scenario where acceleration due
to gravity is equal to 9.8 m/s² - Answers-
use this equation to determine the centripetal acceleration of an object moving in a
circle at a constant speed - Answers-
use this equation to determine the centripetal force of an object moving in a circle at a
constant speed - Answers-
use this equation to determine the gravitational force btw. two objects - Answers-
use this equation to determine the the force on an object due to kinetic friction -
Answers-
use this equation to determine the static friction acting between two objects which are
stationary due to each other - Answers-
use this equation to determine the Newton's Second Law. - Answers-
use this equation to solve for gravitational potential energy in situations relatively close
to Earth's surface - Answers-
use this equation to solve for kinetic energy. - Answers-
use this equation to determine the torque or moment of force - Answers-
, use this equation to determine work where θ is the angle btw. the force and the
displacement vector - Answers-
use this equation to determine the momentum of an object in motion - Answers-
use this equation to determine the capacitance of a capacitor - Answers-
use this equation to determine the potential energy stored in a capacitor - Answers-
This equation describes the potential energy of a point charge in an electric field due to
an electric force times displacement of the charge (arbitrary, similar to gravitational pot
energy) - Answers-
use this equation to determine the attractive or repulsive force two charges exert on one
another - Answers-
use this equation to determine the potential energy due to two point charges - Answers-
use this equation to determine the magnetic force on a moving charge in an external
magnetic field. - Answers-
use this equation to determine the drop in electric potential across a resistor - Answers-
use this equation to determine the total electric current passing through a conductor per
unit of time - Answers-
use this equation to determine the magnitude of the magnetic field produced by a
circular loop of current-carrying wire at the center of the loop - Answers-
use this equation to determine the magnitude of the magnetic field produced by a
straight current-carrying wire at a chosen point in space. - Answers-
use this equation to determine the magnetic force on a current-carrying wire in a
uniform external magnetic field. - Answers-
use this equation to determine the magnetic force - Answers-
use this equation to determine the weight of an object - Answers-
use this equation to determine Newton's Third Law - Answers-
use this equation to determine the rate at which energy is transferred from one system
to another - Answers-
use this equation to determine the conservation of mechanical energy when no
dissipative forces are present - Answers-
