IXL Skill Plan | Ohio Learning Standards: Physics

Ohio Learning Standards: Physics

Skills available for Ohio Physics standards

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P.M	Motion
P.M.1 Motion graphs
P.M.1 Motion graphs

Position vs. time
Position vs. time

Velocity vs. time
Velocity vs. time

Acceleration vs. time
Acceleration vs. time


P.M.2 Problem-solving
P.M.2 Problem-solving

Using graphs (average velocity, instantaneous velocity, acceleration, displacement, change in velocity)
Using graphs (average velocity, instantaneous velocity, acceleration, displacement, change in velocity)

Uniform acceleration including free fall (initial velocity, final velocity, time, displacement, acceleration, average velocity)		1. Distance and displacement in one dimension 2. Acceleration in one dimension 3. Solve problems using kinematic equations
Uniform acceleration including free fall (initial velocity, final velocity, time, displacement, acceleration, average velocity)
1. Distance and displacement in one dimension 2. Acceleration in one dimension 3. Solve problems using kinematic equations

P.M.3 Projectile motion
P.M.3 Projectile motion

Independence of horizontal and vertical motion		1. Solve projectile motion problems given components of velocity 2. Solve projectile motion problems given magnitude and direction of velocity
Independence of horizontal and vertical motion
1. Solve projectile motion problems given components of velocity 2. Solve projectile motion problems given magnitude and direction of velocity
Problem-solving involving horizontally launched projectiles
Problem-solving involving horizontally launched projectiles

P.F	Forces, Momentum and Motion
P.F.1 Newton's laws applied to complex problems		Newton's laws of motion 1. Newton's laws of motion 2. Newton's first law of motion 3. Newton's second law of motion Types of forces 4. Hooke's law
P.F.1 Newton's laws applied to complex problems
Newton's laws of motion 1. Newton's laws of motion 2. Newton's first law of motion 3. Newton's second law of motion Types of forces 4. Hooke's law

P.F.2 Gravitational force and fields		1. Newton's law of universal gravitation
P.F.2 Gravitational force and fields
1. Newton's law of universal gravitation

P.F.3 Elastic forces		1. Hooke's law
P.F.3 Elastic forces
1. Hooke's law

P.F.4 Friction force (static and kinetic)
P.F.4 Friction force (static and kinetic)


P.F.5 Air resistance and drag
P.F.5 Air resistance and drag


P.F.6 Forces in two dimensions
P.F.6 Forces in two dimensions

Adding vector forces		1. Decompose and compose two-dimensional vectors 2. Add and subtract two-dimensional vectors: component form
Adding vector forces
1. Decompose and compose two-dimensional vectors 2. Add and subtract two-dimensional vectors: component form
Motion down inclines
Motion down inclines

Centripetal forces and circular motion		1. Circular motion
Centripetal forces and circular motion
1. Circular motion

P.F.7 Momentum, impulse and conservation of momentum		1. Conservation of momentum
P.F.7 Momentum, impulse and conservation of momentum
1. Conservation of momentum

P.E	Energy
P.E.1 Gravitational potential energy
P.E.1 Gravitational potential energy


P.E.2 Energy in springs
P.E.2 Energy in springs


P.E.3 Work and power
P.E.3 Work and power


P.E.4 Conservation of energy		1. Conservation of mechanical energy
P.E.4 Conservation of energy
1. Conservation of mechanical energy

P.E.5 Nuclear energy		1. Classify nuclear reactions
P.E.5 Nuclear energy
1. Classify nuclear reactions

P.W	Waves
P.W.1 Wave properties		1. Waves on strings
P.W.1 Wave properties
1. Waves on strings
Conservation of energy
Conservation of energy

Reflection
Reflection

Refraction
Refraction

Interference
Interference

Diffraction
Diffraction


P.W.2 Light phenomena
P.W.2 Light phenomena

Ray diagrams (propagation of light)
Ray diagrams (propagation of light)

Law of reflection (equal angles)		1. The law of reflection
Law of reflection (equal angles)
1. The law of reflection
Snell's law
Snell's law

Diffraction patterns
Diffraction patterns

Wave—particle duality of light
Wave—particle duality of light

Visible spectrum of color		1. Properties of electromagnetic waves
Visible spectrum of color
1. Properties of electromagnetic waves

P.EM	Electricity and Magnetism
P.EM.1 Charging objects (friction, contact and induction)
P.EM.1 Charging objects (friction, contact and induction)


P.EM.2 Coulomb's law		1. Coulomb's law: electrostatic forces
P.EM.2 Coulomb's law
1. Coulomb's law: electrostatic forces

P.EM.3 Electric fields and electric potential energy
P.EM.3 Electric fields and electric potential energy


P.EM.4 DC circuits
P.EM.4 DC circuits

Ohm's law		1. Ohm's law: voltage, current, and resistance
Ohm's law
1. Ohm's law: voltage, current, and resistance
Series circuits
Series circuits

Parallel circuits
Parallel circuits

Mixed circuits
Mixed circuits

Applying conservation of charge and energy (junction and loop rules)
Applying conservation of charge and energy (junction and loop rules)


P.EM.5 Magnetic fields		1. Magnets and magnetism
P.EM.5 Magnetic fields
1. Magnets and magnetism

P.EM.6 Electromagnetic interactions
P.EM.6 Electromagnetic interactions