Explain with eg that static friction is more than sliding friction.
Answers
Answered by
1
hyy.....
Static friction is always greater than sliding friction. Static friction is the type of friction that exists when two objects touch eachother at rest. Sliding friction is just like it sounds, when the objects are touching, but in motion. ...........................
hope it helps!!✔✔✔
MARK AS BRAINLIEST IF IT HELPS
Static friction is always greater than sliding friction. Static friction is the type of friction that exists when two objects touch eachother at rest. Sliding friction is just like it sounds, when the objects are touching, but in motion. ...........................
hope it helps!!✔✔✔
MARK AS BRAINLIEST IF IT HELPS
Answered by
2
Hey! ☺
Here's your required answer!
An object is attached to a spring balance. The hook of the spring balance is tied with an object. Holding the other end of the spring balance, let us try to pull the object. This pull or force is directly measured from the reading on the pointer. Initially when the reading is 1 N the object does not move. It shows that the value of static friction is more than 1 N. When the pull is increased like 2 N or 3 N, the object still does not get in motion, proving that static friction is still greater than 3 N. When the pull becomes 5 N, the object starts sliding. But once it slides, the reading in the spring balance becomes 4•6 N which is the value of sliding friction [value of static friction is 5 N at the verge of sliding.]
Thus it shows that sliding friction is less than static friction.
Hope this helps you!
☺
Here's your required answer!
An object is attached to a spring balance. The hook of the spring balance is tied with an object. Holding the other end of the spring balance, let us try to pull the object. This pull or force is directly measured from the reading on the pointer. Initially when the reading is 1 N the object does not move. It shows that the value of static friction is more than 1 N. When the pull is increased like 2 N or 3 N, the object still does not get in motion, proving that static friction is still greater than 3 N. When the pull becomes 5 N, the object starts sliding. But once it slides, the reading in the spring balance becomes 4•6 N which is the value of sliding friction [value of static friction is 5 N at the verge of sliding.]
Thus it shows that sliding friction is less than static friction.
Hope this helps you!
☺
Similar questions