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Why can newton's first law of motion can be difficult to see in objects?
Wiki User
∙ 13y ago
Because Newton's 1st law of motion is... An object at rest will stay at rest unless acted on by an ublanced force. An object in motion will stay in motion and the same direction unless acted on by an ublanced force.
Wiki User
∙ 13y ago
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Which of newtons laws of motion deals with objects in motion stayin in straight-line motion is called what?
Newton's First Law called the Law of Inertia, deals with objects having constant motion staying in a straight-line.
Explain why friction changes the the Velocity of objects and why friction can make observing Newton's first law of motion difficult?
newtons laws are idealised and don't involve external forces like friction and air resistance
What is true of newtons first law the law of inertia it only describes objects in motion it only describes objects at rest?
Neither is true. It applies to both.
What do balanced forces do to an object?
Balanced forces keep object in its state of motion (moving or at stop). An objects state of motion can be altered when it is subjected to an unbalanced force. This reflects Newtons first law of motion.
What does newtons first law of motion state about objects at rest and objects in motion?
An object in motion will not change its motion unless acted on by an external force. This applies to zero motion also.
Name of newtons first law of motion?
the law of inertia
The only examples of technology that perate based from the newtons first law of motion?
== ==
What is newtons first law of motion also called?
Law of Inertia.
What are some situation that sHow is the newtons first law of motion?
talks about the inertia '
Which of newtons law of motion is demonstrated by a hammer pounding a nail into a board?
The First!
The first law of motion explains that forces are required to initiate motion for objects at?
motion
What are Newtons 3 Laws of motion?
Newton's First law of motion: "Objects in constant motion, remain in constant motion - unless acted upon by a force" Newton's Second law of motion: "The force exerted on an object is equal to it's mass, multiplied by the acceleration of the object" Newton's Third law of motion: "For every action, there is an equal and opposite reaction"
