Answer with Explanation:
The "Boyle's Law" is also referred to as the "Mariotte's Law." This law shows the inverse relationship between the pressure of a gas and the volume of a container. This means that if the pressure is increased, the volume will decrease and vice-versa.
In the situation above, the plastic water bottle serves as the container. The little boy blew air into it, making the volume of the container increase. It carried the plastic ball with it, that's why it got stuck.
In order to remove the ball, the older brother will have to apply Boyle's law by compressing the plastic water bottle. His compression will increase the pressure in the container. This will allow the compressed air to rush out, thus moving the stuck ball with it. This will result into decreased volume in the container as well.
This is true, provided that both mass and temperature remain constant.
Answer:
by pushing down on the bottle to increase the air pressure inside the bottle
Explanation:
The pressure of a given mass of an ideal gas is inversely proportional to its volume at a constant temperature.
B. The amount of sunlight reaching the environment stays constant.
C. More sunlight reaches the environment.
D. Less sunlight reaches the environment.
The magnitude of the average force that the brakes exert the car is 6,000 N.
The given parameters;
The magnitude of the average force that the brakes exert the car is calculated as follows;
W = Fd
where;
Make "F" the subject of the formula, to determine the magnitude of the average force of the brake.
Thus, the magnitude of the average force that the brakes exert the car is 6,000 N.
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B) magnetic, electric
C) electric, gravitational
D) gravitational, magnetic