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The overall force acting on an object after all forces are combined is called the:
motion
Gravitational attraction decreases as distance between objects increases
opposite poles attract
16 newtons
The force increases with decreasing distance between the magnets.
F = m X a
net force
all three balls will hit the ground at the same time.
What will happen if you drop a golf ball, a baseball, and a bowling ball at the same instant from the top of a tall building?
motion
Gravitational attraction decreases as distance between objects increases
opposite poles attract
16 newtons
The force increases with decreasing distance between the magnets.
F = m X a
net force
all three balls will hit the ground at the same time.
Which equation below represents Newton's second law of motion?
motion
Gravitational attraction decreases as distance between objects increases
opposite poles attract
16 newtons
The force increases with decreasing distance between the magnets.
F = m X a
net force
all three balls will hit the ground at the same time.
A change in position of an object is its:
motion
Gravitational attraction decreases as distance between objects increases
opposite poles attract
16 newtons
The force increases with decreasing distance between the magnets.
F = m X a
net force
all three balls will hit the ground at the same time.
if a force of 10 newtons acts on an object and an additional force of 6 newtons acts in the SAME direction, what will be the net force on the object?
motion
Gravitational attraction decreases as distance between objects increases
opposite poles attract
16 newtons
The force increases with decreasing distance between the magnets.
F = m X a
net force
all three balls will hit the ground at the same time.
Which statement below about gravitational attraction is true?
motion
Gravitational attraction decreases as distance between objects increases
opposite poles attract
16 newtons
The force increases with decreasing distance between the magnets.
F = m X a
net force
all three balls will hit the ground at the same time.
Mrs. Kensill places two bar magnets on a table. She slowly slides one magnet closer to the second. Eventually, the second magnet begins to move away from the first. What can she conclude about the repulsive force between the magnets?
motion
Gravitational attraction decreases as distance between objects increases
opposite poles attract
16 newtons
The force increases with decreasing distance between the magnets.
F = m X a
net force
all three balls will hit the ground at the same time.
Which statement is true about magnetic poles?
motion
Gravitational attraction decreases as distance between objects increases
opposite poles attract
16 newtons
The force increases with decreasing distance between the magnets.
F = m X a
net force
all three balls will hit the ground at the same time.
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