Standards2030

A new vision for K-12 Science Standards
Home Knowledge Base Syllabus
Home
Working on:
K-12 Physics
K-12 Physics
Select Knowledge Base
Statements
Manage Statements Add/Edit Statement Prerequisite Graph View by Category
Actions
Manage Actions Add/Edit Action Prerequisite Graph View by Category
Learning Goals
Manage Learning Goals Add/Edit Learning Goal View by Category
Categories
Terms Pairs

Manage Statements

Filters & Search

Clear All
0 selected
Label Description LG Status Operations
AverageVelocity (Copy) (Copy) An object's average velocity in a time interval is its displacement in the time interval, divided by the duration of the time interval. The SI unit for the magnitude of average velocity is meters per second ($\mathrm{m/s}$). 0 Draft Edit
BalancedForceVelNoChange Balanced forces acting on an object do not change the object's velocity. 6 Ready Edit
BalancedForceVelNoChange (Copy) Balanced forces acting on an object do not change the object's velocity. 0 Draft Edit
BalancedForceVelNoChange (Copy) Balanced forces acting on an object do not change the object's velocity. 0 Draft Edit
BalancedForceVelNoChange (Copy) (Copy) Balanced forces acting on an object do not change the object's velocity. 0 Draft Edit
BalancedForceVelNoChange (Copy) (Copy) Balanced forces acting on an object do not change the object's velocity. 0 Draft Edit
BalancedForceVelNoChange (Copy) (Copy) Balanced forces acting on an object do not change the object's velocity. 0 Draft Edit
BalancedForceVelNoChange (Copy) (Copy) Balanced forces acting on an object do not change the object's velocity. 0 Draft Edit
BalancedForceVelNoChange (Copy) (Copy) Balanced forces acting on an object do not change the object's velocity. 0 Draft Edit
BalancedForceVelNoChange (Copy) (Copy) (Copy) Balanced forces acting on an object do not change the object's velocity. 0 Draft Edit
BalancedForceVelNoChange (Copy) (Copy) (Copy) Balanced forces acting on an object do not change the object's velocity. 0 Draft Edit
BalancedUnbalanced If the forces acting on an object cancel, they are balanced. If the forces do not cancel, they are unbalanced. 0 Ready Edit
BalancedUnbalanced (Copy) If the forces acting on an object cancel, they are balanced. If the forces do not cancel, they are unbalanced. 0 Draft Edit
BalancedUnbalanced (Copy) If the forces acting on an object cancel, they are balanced. If the forces do not cancel, they are unbalanced. 0 Draft Edit
BalancedUnbalanced (Copy) (Copy) If the forces acting on an object cancel, they are balanced. If the forces do not cancel, they are unbalanced. 0 Draft Edit
BalancedUnbalanced (Copy) (Copy) If the forces acting on an object cancel, they are balanced. If the forces do not cancel, they are unbalanced. 0 Draft Edit
BalancedUnbalanced (Copy) (Copy) If the forces acting on an object cancel, they are balanced. If the forces do not cancel, they are unbalanced. 0 Draft Edit
BalancedUnbalanced (Copy) (Copy) (Copy) If the forces acting on an object cancel, they are balanced. If the forces do not cancel, they are unbalanced. 0 Draft Edit
BalancedUnbalanced (Copy) (Copy) (Copy) If the forces acting on an object cancel, they are balanced. If the forces do not cancel, they are unbalanced. 0 Draft Edit
Change The change in a quantity is the final value of the quantity minus the initial value of the quantity. 0 Ready Edit
Change (Copy) The change in a quantity is the final value of the quantity minus the initial value of the quantity. 0 Draft Edit
Change (Copy) The change in a quantity is the final value of the quantity minus the initial value of the quantity. 0 Draft Edit
Change (Copy) The change in a quantity is the final value of the quantity minus the initial value of the quantity. 0 Draft Edit
Change (Copy) (Copy) The change in a quantity is the final value of the quantity minus the initial value of the quantity. 0 Draft Edit
Change (Copy) (Copy) The change in a quantity is the final value of the quantity minus the initial value of the quantity. 0 Draft Edit
ChargeConserved Electric charge is conserved. 0 Ready Edit
ChargeConserved (Copy) Electric charge is conserved. 0 Draft Edit
ChargeConserved (Copy) (Copy) Electric charge is conserved. 0 Draft Edit
ChargeConserved (Copy) (Copy) Electric charge is conserved. 0 Draft Edit
ChargeUnit The SI unit for electric charge is the coulomb (C). 7 Deprecated Edit
ChargeUnit (Copy) The SI unit for electric charge is the coulomb (C). 0 Draft Edit
ChargeUnit (Copy) (Copy) The SI unit for electric charge is the coulomb (C). 0 Draft Edit
ChemicalEnergy Chemical energy is energy stored in chemical bonds. 0 Ready Edit
ChemicalEnergy (Copy) Chemical energy is energy stored in chemical bonds. 0 Draft Edit
ChemicalEnergy (Copy) (Copy) Chemical energy is energy stored in chemical bonds. 0 Draft Edit
Claim A claim is an assertion based on evidence or knowledge. 0 Ready Edit
Claim (Copy) A claim is an assertion based on evidence or knowledge. 0 Draft Edit
Claim (Copy) (Copy) A claim is an assertion based on evidence or knowledge. 0 Draft Edit
ClockReading A clock reading is a labeled instant. 8 Ready Edit
ClockReading (Copy) A clock reading is a labeled instant. 0 Draft Edit
ClockReading (Copy) (Copy) A clock reading is a labeled instant. 0 Draft Edit
ClockReading (Copy) (Copy) (Copy) A clock reading is a labeled instant. 0 Draft Edit
ConcaveLens A concave lens is a lens with inward-curving surfaces. 0 Ready Edit
ConcaveLens (Copy) A concave lens is a lens with inward-curving surfaces. 0 Draft Edit
ConcaveLens (Copy) A concave lens is a lens with inward-curving surfaces. 0 Draft Edit
ConcaveLensDiverge A concave, or diverging, lens spreads light rays apart. 3 Ready Edit
ConcaveLensDiverge (Copy) A concave, or diverging, lens spreads light rays apart. 0 Draft Edit
ConcaveLensDiverge (Copy) (Copy) A concave, or diverging, lens spreads light rays apart. 0 Draft Edit
ConcaveLensDiverge (Copy) (Copy) (Copy) A concave, or diverging, lens spreads light rays apart. 0 Draft Edit
ConcaveMirror A concave mirror is an object with a reflecting surface on the inside of a curve. 0 Ready Edit
« First ‹ Prev 2 3 4 5 6 Next › Last »

Page 4 of 18 (899 total statements, showing 50 on this page)