Answer:
Static friction
Explanation:
Static friction is the friction force that acts on objects that are not moving.
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The result of inertia due to not wearing a seatbelt will result in
the passenger becoming some sort of a missile .
The weight of the passenger pluse
the speed of travel prior to the collision will be multiplied together
to equal the force their body will endure.
For ex. the force a
person will be subjected to for a passenger weighing 100 pounds, in a
vehicle traveling at 60 mph, will be the equivalent of 6000 pounds hitting a brick wall.
I hope this helps:)
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Designing a quiet generator to reduce the amount of hazardous noise is an
example of Engineering risk control.
<h3>What is Engineering risk control?</h3>
Engineering risk control involves the process of designing or modification
of a product in order to reduce the risks or hazards associated with it. The
methods involved include:
In this scenario, a quiet generator was designed to reduce the amount of
hazardous noise which correctly represents an Engineering risk control.
Read more about Engineering risk control here brainly.com/question/21213968
Answer:
Speed is a "scalar" quantity
(C) is the correct answer
An object could travel at 10 m/s to some point and then return to the origin at 10 m/s for an average speed of 10 m/s, however it's displacement over that time would be zero for a net velocity of zero.