Unit 6 Quiz
Period-✅Time it takes to complete one oscillation
Deformation-✅Displacement from equilibrium
Restoring Force-✅Force acting in opposition to the force caused by a
deformation
✅
Force Constant- A constant related to the rigidity of a system; the larger
the constant, the more rigid and vice versa; “k”
Periodic Moton- ✅Motion that repeats itself at regular time intervals
Frequency- ✅Number of events per unit of time
Oscillation-✅Moving back and forth between two points
Cycle-✅A series of events that repeats regularly
Hooke’s Law-✅The strain of material is proportional to the applied stress
within the elastic limit of that material
✅
Simple Harmonic Motion- The oscillatory motion in a system where net
force can be described by Hooke’s law
✅
Simple Harmonic Object- A device that implements Hooke’s law; such as
a mass attached to a spring
Hooke’s Equation-✅F= -kx
Finding Work Equation-✅W= 1/2kx(x)
Frequency equals-✅1/T
Period-✅Time it takes to complete one oscillation
Deformation-✅Displacement from equilibrium
Restoring Force-✅Force acting in opposition to the force caused by a
deformation
✅
Force Constant- A constant related to the rigidity of a system; the larger
the constant, the more rigid and vice versa; “k”
Periodic Moton- ✅Motion that repeats itself at regular time intervals
Frequency- ✅Number of events per unit of time
Oscillation-✅Moving back and forth between two points
Cycle-✅A series of events that repeats regularly
Hooke’s Law-✅The strain of material is proportional to the applied stress
within the elastic limit of that material
✅
Simple Harmonic Motion- The oscillatory motion in a system where net
force can be described by Hooke’s law
✅
Simple Harmonic Object- A device that implements Hooke’s law; such as
a mass attached to a spring
Hooke’s Equation-✅F= -kx
Finding Work Equation-✅W= 1/2kx(x)
Frequency equals-✅1/T
