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How could you keep an objects acceleration the same if the force acting on the object were doubled?
a) increase the objects mass
a) friction
d) Law of force and acceleration
b) A leaf falling from a tree
b) Mass x Acceleration
c) as the distance an object moves in an a given amount of time
inertia
d) its mass
What is the formula for solving force?
a) increase the objects mass
a) friction
d) Law of force and acceleration
b) A leaf falling from a tree
b) Mass x Acceleration
c) as the distance an object moves in an a given amount of time
inertia
d) its mass
resistance to change
a) increase the objects mass
a) friction
d) Law of force and acceleration
b) A leaf falling from a tree
b) Mass x Acceleration
c) as the distance an object moves in an a given amount of time
inertia
d) its mass
The amount of inertia an object has depends on...
a) increase the objects mass
a) friction
d) Law of force and acceleration
b) A leaf falling from a tree
b) Mass x Acceleration
c) as the distance an object moves in an a given amount of time
inertia
d) its mass
Which of Newtons Laws describes the relationship between mass and acceleration
a) increase the objects mass
a) friction
d) Law of force and acceleration
b) A leaf falling from a tree
b) Mass x Acceleration
c) as the distance an object moves in an a given amount of time
inertia
d) its mass
Speed is defined as:
a) increase the objects mass
a) friction
d) Law of force and acceleration
b) A leaf falling from a tree
b) Mass x Acceleration
c) as the distance an object moves in an a given amount of time
inertia
d) its mass
An example of air resistance would be
a) increase the objects mass
a) friction
d) Law of force and acceleration
b) A leaf falling from a tree
b) Mass x Acceleration
c) as the distance an object moves in an a given amount of time
inertia
d) its mass
A force caused when two things rub against each other is called...
a) increase the objects mass
a) friction
d) Law of force and acceleration
b) A leaf falling from a tree
b) Mass x Acceleration
c) as the distance an object moves in an a given amount of time
inertia
d) its mass
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