Choose The Correct Free Body Diagram For The Case When The Ball Is At Its Lowest Point

A ball hanging from the ceiling by a string is pulled back and released. For scientists and engineers physics a strategic approach third edition.

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In this case what is the slowest speed the car can negotiate the banked curve with.

Choose the correct free body diagram for the case when the ball is at its lowest point. For the marble at the left side of the cone the free body diagram is correct. We can conclude that the hornets wings must push on the air. A ball on a string moves in a vertical circle as shown.

The correct free body diagram when the book is at the bottom and moving to the right. 2 arrows tension of string and w. At the point shown with the ball moving down.

A rock attached to a string swings in a vertical circle. When the ball is at its lowest point is the tension in the string greater than less than or equal to the balls resting weight. The ball is fastest at the lowest point slowest at the highest point.

Convert the free body diagram into a more detailed diagram showing the x and y components of a given force this is often helpful when solving a problem using newtons first or second law. Which is the correct free body diagram just after its release. Explain fully using a free body diagram and accompanying equations.

In this case place a squiggly line through the original vector to show that it is no longer in playit has been replaced by its x and y components. Which free body diagram could correctly describe the forces on the rock when its at its lowest point tension up weight down a hornet circles around a pop can at a constant speed once per second in a path with a 12cm diameter. A marble rolls around the inside of a cone.

When the ball is at its lowest point the tension in the string is equal to the balls weight.

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