Examine the condition when two forces
And
It should be at rest but will have potential energy based on the height of the table.
Motion is relative. The book is stationary relative to the table.
A book sitting on a desk is at rest. It is in motion if the book falls to the floor from the desk.
A basic law of physics is that an object in motion will stay in motion, and an object at rest will stay at rest. This is because the force of gravity is balanced out. Gravity pulls down on the book and the force of the table pushing up from the ground is equal to that force, so the book will not move because these two forces hold it in place.
The book is experiencing inertia; a state which resists change in motion. This is represented by Newton's first law of motion which states that an object at rest will remain at rest and an object in motion will remain in motion unless acted upon by an external force. Therefore the book in the car continues to move forward until it is acting on by an external force such as the applied force of something in the book's path of motion.
Frame of reference is related to motion because reference points enable us to see that an object is moving. ======================== Motion is related to a frame of reference because there is no such thing as 'real' motion or 'real' rest. 'Rest' and 'motion' are always with reference to something else. The book that you are reading is at rest with reference to your lap, your lap is at rest with reference to the seat you're sitting in, and you, the book, and the seat are all at rest with reference to the airplane you're flying in at 400 miles per hour. See what I mean ?
example of rest and motion?
An object at rest tends to remain at rest - an object in motion tends to remain in motion.
Examine the condition when two forces And
When a book falls off the table, it changes from a state of rest to a state of motion. Gravity is the force acting on the book that causes it to fall.
A book sitting on a desk is at rest. It is in motion if the book falls to the floor from the desk.
yes
A basic law of physics is that an object in motion will stay in motion, and an object at rest will stay at rest. This is because the force of gravity is balanced out. Gravity pulls down on the book and the force of the table pushing up from the ground is equal to that force, so the book will not move because these two forces hold it in place.
No. If the book is sliding along the table, then there must be some external force being applied to the book to cause the movement. You pushed the book and created a force to move. And this is exactly what the first law is saying- a body at rest (net forces acting on book=0) remains at rest unless acted upon my some external force.
In reality, all motion is relative. Whether an object is at rest or in motion depends on the reference frame from which it is observed. Also, you did not indicate any information about the context, so we cannot provide any answer beyond what is given above.
The book is experiencing inertia; a state which resists change in motion. This is represented by Newton's first law of motion which states that an object at rest will remain at rest and an object in motion will remain in motion unless acted upon by an external force. Therefore the book in the car continues to move forward until it is acting on by an external force such as the applied force of something in the book's path of motion.
Frame of reference is related to motion because reference points enable us to see that an object is moving. ======================== Motion is related to a frame of reference because there is no such thing as 'real' motion or 'real' rest. 'Rest' and 'motion' are always with reference to something else. The book that you are reading is at rest with reference to your lap, your lap is at rest with reference to the seat you're sitting in, and you, the book, and the seat are all at rest with reference to the airplane you're flying in at 400 miles per hour. See what I mean ?
A falling book exhibits a change from potential energy (rest) to kinetic energy (motion).
In reality, all motion is relative. Whether an object is at rest or in motion depends on the reference frame from which it is observed. Also, you did not indicate any information about the context, so we cannot provide any answer beyond what is given above.