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Jouer Froggy Jumps
1. The amount of matter in an object. Measured in Kg or grams.
A
Mass
B
Force
C
Volume
2. any influence that makes an object undergo a change in speed, direction, or shape. Measured in Netwons and Dynes.
A
speed
B
weight
C
force
3. the force of gravity on an object. Meausured in Newton
A
momentum
B
weight
C
acceleration
4. quantity of 3-D space occupied by a liquid, solid, or gas. Measured in liters.
A
volume
B
denstiy
C
speed
5. mass per unit volume. Measured in grams per centimeters cubed.
A
speed
B
density
C
velocity
6. distance traveled given time. Meausred in meters per second
A
momentum
B
velocity
C
speed
7. distance traveled given time and direction. Measured in meters per second.
A
acceleration
B
velocity
C
inertia
8. mass times velocity of an object during motion. Measured in kilograms times meters per seconds
A
momentum
B
density
C
acceleration
9. changes in velocity as a function of time. measured in meters per second squared.
A
weight
B
force
C
acceleration
10. resistance of an object to change in its state of motion or rest. Measured in grams or kilograms.
A
Inertia
B
density
C
force
11. the property that returns deformed materials to its original state
A
strain
B
elasticity
C
mass
12. change in shape or size of an object due to force
A
stiffness
B
strain
C
deformation
13. relative amount of deformation undergone by an object
A
power
B
work
C
strain
14. resistance of an elastic body to deformation. Measured in Force per meters
A
inertia
B
stiffness
C
energy
15. force exerted over a distance. Measured in Joules.
A
work
B
power
C
pressure
16. the ability to do work. Measured in joules and ergs.
A
energy
B
intensity
C
frequency
17. rate of work done or energy used in a period of time. Measured in watts.
A
density
B
mass
C
power
18. a perpendicular force acting on a specific surface area. Measured in Pascals
A
deformation
B
pressure
C
erergy
19. power per unit of area. Measured in watts per square meter.
A
inertia
B
velocity
C
intensity
20. when the pressure is greater than atmospheric pressure
A
volume velocity
B
negative pressure
C
positive pressure
21. when the pressure is less than atmospheric pressure
A
positive pressure
B
negative pressure
C
period
22. rate of flow traveling in a direction
A
positive pressure
B
volume velocity
C
intensity
23. the number of cycles (periods) per second. Measured in Hertz
A
frequency
B
period
C
wavelength
24. (t) the time it tackles for one cycle of vibration to occur. Measured in Hertz
A
Wavelength
B
intensity
C
period
25. the measurement of the distance traveled by a sound wave (λ).
A
velocity
B
flow
C
wavelength
26. the movement of air through a particular area in a certain interval of time. Measurement is liters per second
A
flow
B
energy
C
elasticity
27. Inertia, resitance to change
A
Newtons second law
B
Mass
C
Newtons first law
28. Force = mass x acceleration
A
Boyle's law
B
Hooke's law
C
Newtons second law
29. the relationship between pressure and volume
A
Newtons first law
B
Hooke's law
C
Boyle's law
30. the restoring force is proportional to the distance of displacement and acts in the opposite direction
A
Hooke's law
B
force
C
Newtons second law