What direction will the yo-yo go if the string breaks?

What direction will the yo-yo go if the string breaks?

If the string were to break any given point, the yo-yo would fly off in a direction that’s tangent to the point on the circle that the yo-yo was at when the string broke. Its velocity could no longer be redirected by the centripetal force provided by the pull of the string.

What happens when string breaks in circular motion?

The tension in the string applies the centripetal force to the ball, causing it to move in a circular path. When the centripetal force is discontinued, such as in Fig. 2b when the string breaks, the object moves in the direction of the velocity at that instant. This direction is tangential to the circle at that point.

What will happen to the yo-yo when you let go of the string?

When you let go of the yo-yo, gravity pulls it down. It is also forced to rotate because the string is fastened to your finger and also wound around the yo-yo’s axle. As it drops, the yo-yo’s potential energy changes to kinetic energy, the energy of motion. One other thing happens while the yo-yo is dropping.

What will happen to the ball if the string breaks Which path will the ball take?

If the string breaks, the ball flies off in a straight- line path in the direction it was traveling at the instant the string broke. If the string is no longer applying a force to the ball, Newton’s First Law tells us that the ball will continue to move in a straight line.

What were the motion’s directions of Yoyo?

The yo-yo moves in a clockwise direction with a constant speed of . What is the velocity of the yo-yo at the bottom of the circle? Explanation: Remember, when working with circular motion, the velocity is ALWAYS tangential to the circle.

Which force accelerates the yo-yo to the right direction?

In case A, the horizontal tension in the string T causes a torque about the point of contact that rotates the yo-yo clockwise, moving it to the right. In case B the friction force and the pulling force are in opposite directions yet cause no torque.

What keeps a ball on the string moving on a circular motion?

Thus, if you twirl the ball(s) at such a speed that at the top of the swing gravity provides the centripetal acceleration necessary to keep the ball(s) moving in a circle, the tension in the string at this point is zero, and below this speed gravity causes the ball(s) to take a flattened path at the top.

How does the string of a yo-yo get the yo-yo spinning?

How does the string of a yo-yo get the yo-yo spinning? The string pulls on the outside edge of the yo-yo’s spindle and at right angles to the lever arm between the yo-you’s rotational axis and the point at which the force acts. Your force far from the hinges produces a large torque.

What is the cause behind the motion of the ball?

When you drop a ball, gravity pulls it toward the floor. The ball gains energy of motion, known as kinetic energy.

What is the rules of Yoyo?

Yo-Yo(s) must start spinning with the power coming from the unwinding string. All tricks must be performed while the yo-yo(s) is spinning. If the yo-yo is not spinning no points will be counted. Yo-Yo(s) must return to the contestant’s hand with fully wound string(s) with its own spin power.

Can you figure out the tension of a yo yo?

I think you should be able to figure out the tension force if you draw your force diagram, with the horizontal and vertical components of the tension force in their respective directions. You should also specify the direction in which the Yo-yo is moving.

What happens when Yo Yo is at its lowest point?

When the yoyo is at its lowest point, gravitational force points downwards, which is opposite to the centripetal direction. So we have to subtract it from the tension to get the centripetal force.

Is the Yoyo at its highest or lowest point?

The example at is only about the case where the yoyo is at the highest point where gravity is pointed downwards and centripetally, so we include it. When the yoyo is at its lowest point, gravitational force points downwards, which is opposite to the centripetal direction.

When do you put gravitational force on Yo Yo?

When the yoyo is at the leftmost or rightmost point, we don’t include gravitational force because the gravitational force at that point is pointing tangentially to the circle, which is unrelated to the centripetal direction. Comment on Florence Tsang’s post “You are right. We don’t a…” Posted a year ago.