A bowler throws a ball down the lane toward the pins. The ball reaches the pins and slowly moves through them, knocking down the center pins but leaving the end pins standing. The bowler wants the ball to reach all the pins. Which changes should the bowler make so that the ball has a greater acceleration?

Question

Imagine an atmospheric bowling alley. On this long wooden lane, visualize a Middle-Eastern female bowler in her elegant stride, just about to release a shining bowling ball. The ball races down the mirrored surface of the lane, quickly approaching the set of ten neatly arranged pins. But in its course, it only manages to topple down the center pins, leaving the end pins unaltered. Now, consider multiple balls of varying masses along the sidelines of the alley, each reflecting the overhead lights differently due to their varying surfaces. Some balls are smaller with less mass, some are considerably larger with more mass. The concept presented here is the relationship between the mass of a bowling ball, the force applied by the bowler, and the resulting acceleration, crucial to achieving a perfect strike.

A bowler throws a ball down the lane toward the pins. The ball reaches the pins and slowly moves through them, knocking down the center pins but leaving the end pins standing. The bowler wants the ball to reach all the pins. Which changes should the bowler make so that the ball has a greater acceleration?

The bowler should choose a ball with less mass or throw the ball with less force.
The bowler should choose a ball with less mass or throw the ball with less force.

The bowler should choose a ball with more mass or throw the ball with more force.
The bowler should choose a ball with more mass or throw the ball with more force.

The bowler should choose a ball with more mass or throw the ball with less force.
The bowler should choose a ball with more mass or throw the ball with less force.

The bowler should choose a ball with less mass or throw the ball with more force.

Answer 1

The bowler should choose a ball with less mass or throw the ball with more force. This is because the greater the force applied to an object, the greater its acceleration will be. Additionally, the mass of an object also affects its acceleration, with lighter objects experiencing greater acceleration for the same amount of force applied. Therefore, by either reducing the mass of the ball or increasing the force applied to it, the bowler can increase its acceleration and improve its chances of knocking down all the pins.

Answer 2

Well, if we're gonna get technical, the bowler should actually choose a ball with less mass or throw the ball with more force. See, when the ball has less mass, it's easier to accelerate, giving it a better chance of knocking down all those stubborn pins. And if the bowler throws the ball with more force, it will gain more acceleration, making it harder for those pins to stay upright. So, it's all about finding the right balance between mass and force.

Answer 3

The correct answer is: The bowler should choose a ball with less mass or throw the ball with more force.

Answer 4

To understand what changes the bowler should make to increase the acceleration of the ball, we need to review the principles of Newton's second law of motion. This law states that the acceleration of an object is directly proportional to the net force acting on it and inversely proportional to its mass.

In this scenario, the bowler wants the ball to reach all the pins, which means they want the ball to have a greater acceleration. To achieve this, the bowler needs to either increase the force applied to the ball or decrease the mass of the ball.

Option 1: The bowler should choose a ball with less mass or throw the ball with less force.
Reducing the mass of the ball will increase its acceleration without changing the applied force. According to Newton's second law, decreasing the mass of the ball will result in a larger acceleration (since there is less mass to resist the force applied). Similarly, throwing the ball with less force will also result in a smaller inertia, leading to a greater acceleration.

Option 2: The bowler should choose a ball with more mass or throw the ball with more force.
Increasing the mass of the ball will actually decrease its acceleration, as dictated by Newton's second law. This is because a larger mass will require more force to achieve the same acceleration. Likewise, throwing the ball with more force may result in a higher initial velocity, but it will not necessarily increase the acceleration once it reaches the pins.

Therefore, the correct answer is: The bowler should choose a ball with less mass or throw the ball with more force. These changes will increase the acceleration of the ball, allowing it to reach all the pins.