tyler and Denise were playing catch. Tyler threw the ball, and Denise caught it. Position 1 is the location of the ball immediately after Tyler released it. The blue arrow shows the direction of travel. Position 7 is the location of the ball immediately before Denise caught it. Study the image and answer the questions. Question 1 a. Compared to the other positions shown in the image, describe the energy of the ball at positions 1 and 7.(1 point) Responses Potential energy and kinetic energy are both at their highest values. Potential energy and kinetic energy are both at their highest values. Kinetic energy is at its highest value, while potential energy is at its lowest value. Kinetic energy is at its highest value, while potential energy is at its lowest value. Potential energy is at its highest value, while kinetic energy is at its lowest value. Potential energy is at its highest value, while kinetic energy is at its lowest value. Kinetic energy and potential energy are both at their lowest values. Kinetic energy and potential energy are both at their lowest values. Question 2 b. Drag the terms (listed below the paragraph) into the blanks in order to correctly complete the paragraph. You will use the terms more than one time each. (2 points) Put responses in the correct input to answer the question. Select a response, navigate to the desired input and insert the response. Responses can be selected and inserted using the space bar, enter key, left mouse button or touchpad. Responses can also be moved by dragging with a mouse. At positions 2 and 3, Response areais decreasing and Response area is increasing. At positions 5 and 6, Response areais decreasing and Response area is increasing. potential energykinetic energy Question 3 c. Compared to the other positions shown in the image, describe the energy of the ball at position 4. (1 point) Responses Potential energy and kinetic energy are both at their highest values. Potential energy and kinetic energy are both at their highest values. Potential energy is at its highest value, while kinetic energy is at its lowest value. Potential energy is at its highest value, while kinetic energy is at its lowest value. Kinetic energy and potential energy are both at their lowest values. Kinetic energy and potential energy are both at their lowest values. Kinetic energy is at its highest value, while potential energy is at its lowest value. Kinetic energy is at its highest value, while potential energy is at its lowest value. Question 4 d. Describe the speed of the ball at position 4. (1 point) Responses The speed is at its highest value. The speed is at its highest value. The speed is at its lowest value. The speed is at its lowest value. The speed is zero. The speed is zero. Question 5 e. Use the drop down responses to complete the paragraph. (5 points) Energy be created or destroyed by ordinary physical or chemical process. This concept is called the Throughout the experiment, the total amount of energy must . When potential energy goes down, kinetic energy . When potential energy goes up, kinetic energy

Question

tyler and Denise were playing catch. Tyler threw the ball, and Denise caught it. Position 1 is the location of the ball immediately after Tyler released it. The blue arrow shows the direction of travel. Position 7 is the location of the ball immediately before Denise caught it. Study the image and answer the questions. Question 1 a. Compared to the other positions shown in the image, describe the energy of the ball at positions 1 and 7.(1 point) Responses Potential energy and kinetic energy are both at their highest values. Potential energy and kinetic energy are both at their highest values. Kinetic energy is at its highest value, while potential energy is at its lowest value. Kinetic energy is at its highest value, while potential energy is at its lowest value. Potential energy is at its highest value, while kinetic energy is at its lowest value. Potential energy is at its highest value, while kinetic energy is at its lowest value. Kinetic energy and potential energy are both at their lowest values. Kinetic energy and potential energy are both at their lowest values. Question 2 b. Drag the terms (listed below the paragraph) into the blanks in order to correctly complete the paragraph. You will use the terms more than one time each. (2 points) Put responses in the correct input to answer the question. Select a response, navigate to the desired input and insert the response. Responses can be selected and inserted using the space bar, enter key, left mouse button or touchpad. Responses can also be moved by dragging with a mouse. At positions 2 and 3, Response areais decreasing and Response area is increasing. At positions 5 and 6, Response areais decreasing and Response area is increasing. potential energykinetic energy Question 3 c. Compared to the other positions shown in the image, describe the energy of the ball at position 4. (1 point) Responses Potential energy and kinetic energy are both at their highest values. Potential energy and kinetic energy are both at their highest values. Potential energy is at its highest value, while kinetic energy is at its lowest value. Potential energy is at its highest value, while kinetic energy is at its lowest value. Kinetic energy and potential energy are both at their lowest values. Kinetic energy and potential energy are both at their lowest values. Kinetic energy is at its highest value, while potential energy is at its lowest value. Kinetic energy is at its highest value, while potential energy is at its lowest value. Question 4 d. Describe the speed of the ball at position 4. (1 point) Responses The speed is at its highest value. The speed is at its highest value. The speed is at its lowest value. The speed is at its lowest value. The speed is zero. The speed is zero. Question 5 e. Use the drop down responses to complete the paragraph. (5 points) Energy be created or destroyed by ordinary physical or chemical process. This concept is called the Throughout the experiment, the total amount of energy must . When potential energy goes down, kinetic energy . When potential energy goes up, kinetic energy

Answer 1

goes down. This concept is called the law of conservation of energy. Throughout the experiment, the total amount of energy must remain constant. When potential energy goes down, kinetic energy increases. When potential energy goes up, kinetic energy decreases.

Answer 2

can u least a. b. c. d. and e plz

Answer 3

a. Compared to the other positions shown in the image, the energy of the ball at positions 1 and 7 is:

- Kinetic energy is at its highest value, while potential energy is at its lowest value.

b. At positions 2 and 3:
- Kinetic energy area is decreasing
- Potential energy area is increasing.

c. The energy of the ball at position 4 is:
- Kinetic energy is at its highest value, while potential energy is at its lowest value.

d. The speed of the ball at position 4 is:
- The speed is at its highest value.

e. Energy can neither be created nor destroyed by ordinary physical or chemical process. This concept is called the law of conservation of energy. Throughout the experiment, the total amount of energy must remain constant. When potential energy goes down, kinetic energy increases. When potential energy goes up, kinetic energy decreases.

Answer 4

increases. decreases. is conserved. is conserved. cannot be created or destroyed. decreases. decreases. increases.

cannot be created or destroyed. is conserved. decreases. increases.

cannot be created or destroyed. is conserved. increases. decreases.

is conserved. is conserved. cannot be created or destroyed.

is conserved. increases. decreases. cannot be created or destroyed.

Answer 5

Question 1:

To determine the energy of the ball at positions 1 and 7, we need to understand the concepts of potential energy and kinetic energy.

Potential energy refers to the energy an object possesses due to its position or condition. Kinetic energy, on the other hand, is the energy an object possesses due to its motion.

In this scenario, position 1 represents the location of the ball immediately after Tyler released it. The ball has not yet started moving, so it is at its highest potential energy and no kinetic energy. Therefore, the correct answer is "Potential energy is at its highest value, while kinetic energy is at its lowest value."

Similarly, position 7 represents the location of the ball immediately before Denise caught it. The ball is moving at its highest speed and has the most kinetic energy. Therefore, the correct answer is "Kinetic energy is at its highest value, while potential energy is at its lowest value."

Question 2:
To complete the paragraph, you need to insert the terms provided multiple times.

At positions 2 and 3, the area is decreasing, which refers to the potential energy decreasing as the ball moves closer to the ground. At the same time, the area is increasing, indicating that the kinetic energy is increasing as the ball gains speed. Therefore, for the first blank, you should select "potential energy," and for the second blank, you should select "kinetic energy."

Similarly, at positions 5 and 6, the area is decreasing, which means the potential energy is decreasing as the ball moves higher. The area is increasing, indicating that the kinetic energy is increasing as the ball gains speed. Again, for the first blank, select "potential energy," and for the second blank, select "kinetic energy."

Question 3:
To describe the energy of the ball at position 4, we need to analyze the image. Position 4 is the highest point of the ball's trajectory, where it has the most potential energy and the least kinetic energy. Therefore, the correct answer is "Potential energy is at its highest value, while kinetic energy is at its lowest value."

Question 4:
To determine the speed of the ball at position 4, we need to refer to the image. At position 4, the ball has reached its highest point and is momentarily stationary before changing direction. This means the speed is zero.

Question 5:
To complete the paragraph, select the appropriate response from the drop-down options.

"Energy cannot be created or destroyed by ordinary physical or chemical processes. This concept is called the law of conservation of energy. Throughout the experiment, the total amount of energy must remain constant. When potential energy goes down, kinetic energy goes up. When potential energy goes up, kinetic energy goes down."