Study guide for IB Physics HL. Covers standard core topics.Full description
Grade 11 Physics Study Guide / Notes for Final Exam SPH3U1
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study guide for igcse physicsFull description
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Physics Project for Class XII and XII CBSE. To study various factors on which the internal resistance of cell depends. Magnolia MaarutiFull description
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Megumi is an all-star athlete, but she's a failure when it comes to physics class. And she can't concentrate on her tennis matches when she's worried about the questions she missed on the bi…Full description
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Descripción: Megumi is an all-star athlete, but she's a failure when it comes to physics class. And she can't concentrate on her tennis matches when she's worried about the questions she missed on the big test!...
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Relationship between orbital velocity and distance
Vectors
How to find the final magnitude when you’ve got the horizontal and vertical components
Definition of instantaneous acceleration
Definition of pressure
Vector product of two vectors
Dynamics How to find the final direction (angle) when you’ve got the horizontal and vertical components
Definition of momentum
Definition of mechanical work or
Definition of displacement
Kinematics equations
Relationship between acceleration and net force
Definition of average speed
How to find the horizontal and vertical components of something
Impulse and Momentum Definition of elastic potential energy and change in elastic potential energy
Kinematics
Relationship between speed and centripetal acceleration
Relationship of power to speed
Energy and Machines
Circular Motion
Kinematics equations for projectile motion
Hooke’s law
Relationship between mass and weight, or force of gravity
Speed of an object in uniform circular motion
Centripetal force
Definition of average velocity
Definition of instantaneous velocity
Kinematics equations for free-fall motion
Relationship between normal force and kinetic friction force
Definition of average acceleration
Relationship between kinetic energy and total amount of work
Gravitational force
Scalar product of two vectors Relationship between normal force and kinetic friction force
Definition of kinetic energy and change in kinetic energy
Gravitational acceleration
Definition of gravitational potential energy and change in gravitational potential energy
Conservation of mechanical energy when no work comes out of or goes into the system
Change in momentum
Newton’s Second Law of Motion (momentum form)
Conservation of mechanical energy when work comes out of or goes into the system
or
Definition of power
Definition of impulse
Impulsemomentum theorem
Conservation of momentum for
two objects colliding and bouncing off (elastic collision)
Conservation of momentum for two objects colliding and sticking together (inelastic collision)
Definition of average angular speed
Buoyant force on an object in a fluid
Location of the coordinate of the center of mass of multiple elements
Period of vibration of a simple pendulum
Frequency of beats
Relationship between density, mass and volume Definition of average angular acceleration
Equation of continuity Equations for rotational kinematics Definition of pressure
Relative speeds of objects before and after completely elastic collision
Period of vibration of a mass and spring system
Relationship between angular frequency and frequency
Bernoulli’s Equation
Relation between linear displacement, speed, and acceleration and angular displacement, speed, and acceleration
Variation of pressure due to depth in a fluid
Relationship between position of an oscillator and time
Relationship between absolute pressure and gauge pressure
Relation of speed and position in an oscillator
Newton’s Second Law for rotating objects
Rotational Motion
Temperature and Heat
Linear expansion, area expansion, and volume expansion of an object being heated
Hooke’s law Moment of inertia of a rotating object
Doppler shift of frequency
Relationship between wavelength, frequency, and speed
Vibrations and Waves Torque exerted on an object
Relationship between speed and distance for a wave
Relationship between speed of an oscillator and time
Harmonic frequencies for medium closed at both ends / open at both ends Boyle’s Law
Pascal’s principle
Relationship between angular displacement and linear displacement
Relationship between centripetal acceleration and linear speed and between centripetal acceleration and angular speed
Charles’s Law Angular momentum of a rotating object
Angular momentum of a rotating object Fluid Mechanics
Variation of pressure in a fluid incorporating environmental pressure
Relationship between frequency and period
Relationship between acceleration of an oscillator and time
Harmonic frequencies for medium open at one end and closed at the other
Gay-Lussac’s Law
Ideal gas law
Average and total kinetic energy of gas molecules relating to temperature
system during a phase change
Heat transfer through conduction Thermodynamics
Efficiency of an ideal Carnot engine
Entropy change during an isothermal process Electrostatics
Heat transferred into or out of a system during a temperature change
Change in electrical potential energy of a charge moving through an electric field
Potential energy created by a pair of charges
Charge that can be held on a capacitor per potential difference
Two or more things sharing heat as they change temperature
Coulomb’s Law relating electric force to distance and charges
Relation of potential difference to energy and charge
Temperature changing resistivity
Capacitance of a capacitor related to physical characteristics Terminal potential difference and EMF of a battery Energy stored in a capacitor
First Law of Thermodynamics
Charge reacting to an electric field already established
Power used in an element with alternating current
Maximum potential difference and current related to root-mean-square potential difference and current
Electric Circuits
Alternating potential in terms of maximum potential
Relationship of potential difference to electric field
Work done by a heat engine during a cycle
Equivalent resistance for resistors connected in series
Definition of current Charge establishing an electric field around it
Charge setting up potential in the space around it
Ohm’s Law Alternating current in terms of maximum current
Efficiency of a real heat engine
Heat transferred into or out of a
physical characteristics
Relationship between power and current and potential difference
Work done during an isobaric process
Work done during any thermodynamic process
Final equilibrium temperature of two or more things sharing heat as they change temperature
Work done by the electric field moving a charge
Relating the resistance of a resistor to its
Equivalent resistance for resistors connected in parallel
