Question

newtons second law of motion
if there is a net force on an object, the object will be accelerated, or change
________. the amount of acceleration caused depends on the
________ of the force and the
________ of the object. newtons second law can be written as an equation, f =
________. this equation
means that the acceleration is
________ proportional to the force and
________ proportional to the mass. the direction of the force and the
direction of the acceleration are
________.
word bank:
velocity the same directly inversely ma mass sizeof the force and the of the object. newtons second law can be written as an equation, f = . this equation means that the acceleration is proportional to the force and proportional to the mass. the direction of the force and the direction of the acceleration are .
word bank:
velocity the same directly inversely ma mass size

question 4
the unit of force
the unit of force is defined in terms of newtons
________ law. the unit of force is the
________, abbreviated as
________. the amount
of force that causes a mass of
________ kg to accelerate at a rate of
________ m/s^2 is equal to 1 n.
word bank:
second 1 newton n 1

Explanation:

Newton's Second Law of Motion states that when a net force acts on an object, it causes a change in velocity (acceleration). The acceleration depends on the force's magnitude and the object's mass. The formula \(F = ma\) shows acceleration is directly proportional to force and inversely proportional to mass, with their directions being the same.

For the unit of force, it's defined by Newton's second law. The unit is the newton (\(N\)), where \(1\ N\) is the force that makes a \(1\ -kg\) mass accelerate at \(1\ m/s^{2}\).

Answer:

Blank 1: velocity
Blank 2: size
Blank 3: mass
Blank 4: ma
Blank 5: directly
Blank 6: inversely
Blank 7: the same

For the second part:
Blank 1: second
Blank 2: newton
Blank 3: \(N\)
Blank 4: \(1\)
Blank 5: \(1\)