yler 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

yler 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 up since energy is conserved. The law of conservation of energy states that energy cannot be created or destroyed, only transferred or transformed. Therefore, the total amount of energy in the system remains constant. As potential energy decreases, kinetic energy increases. Conversely, when potential energy increases, kinetic energy decreases.

Answer 2

can u lest alll plz

Answer 3

Sure, here are the complete answers:

Question 1: Compared to the other positions shown in the image, the energy of the ball at positions 1 and 7 is described as:
- Kinetic energy is at its highest value, while potential energy is at its lowest value.

Question 2: Complete the paragraph by dragging the terms into the blanks:
At positions 2 and 3, potential energy is decreasing and kinetic energy is increasing.
At positions 5 and 6, potential energy is decreasing and kinetic energy is increasing.
(Terms: potential energy, kinetic energy)

Question 3: Compared to the other positions shown in the image, the energy of the ball at position 4 is described as:
- Potential energy is at its highest value, while kinetic energy is at its lowest value.

Question 4: The speed of the ball at position 4 is described as:
- The speed is at its highest value.

Question 5: Completing the paragraph using the drop-down responses:
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 since energy is conserved. When potential energy goes up, kinetic energy decreases.

Answer 4

increases. Therefore, energy is conserved. So, in positions 1 and 7, the energy of the ball is highest, with both potential energy and kinetic energy at their highest values. At positions 2 and 3, potential energy is decreasing and kinetic energy is increasing. At positions 5 and 6, potential energy is decreasing and kinetic energy is increasing. At position 4, the energy of the ball is at its highest value, with both potential energy and kinetic energy at their highest values. The speed of the ball at position 4 is at its highest value. Energy cannot be created or destroyed by ordinary physical or chemical processes. This concept is called the 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 5

Question 1:

To answer Question 1, we need to analyze the energy of the ball at positions 1 and 7. The possible options are:

- 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.
- 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.

To determine the energy of the ball at positions 1 and 7, we can observe that position 1 is the location of the ball immediately after Tyler released it, and position 7 is the location of the ball immediately before Denise caught it. Since the ball is in motion and moving from Tyler to Denise, it gains kinetic energy as it moves. At position 1, the ball is just released, leading to the highest potential energy, as it has not started moving yet. Thus, the correct answer is "Potential energy is at its highest value, while kinetic energy is at its lowest value."

Question 2:
To complete the paragraph as per Question 2, we need to drag the terms provided into the blanks. The terms are:

- Area is decreasing.
- Area is increasing.
- Potential energy.
- Kinetic energy.

The paragraph states:
"At positions 2 and 3, [Response] is decreasing and [Response] is increasing. At positions 5 and 6, [Response] is decreasing and [Response] is increasing."

Based on the information provided, we need to evaluate the changes in the energy area as the ball moves between positions. As the ball moves from position 1 to 7, the potential energy decreases, and the kinetic energy increases. Thus, we can complete the paragraph as:
"At positions 2 and 3, potential energy is decreasing and kinetic energy is increasing. At positions 5 and 6, potential energy is decreasing and kinetic energy is increasing."

Question 3:
To answer Question 3, we need to analyze the energy of the ball at position 4. The possible options are:

- 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.
- 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.

Observing the image, position 4 is between positions 2 and 3. At position 2, potential energy is decreasing while kinetic energy is increasing. At position 3, potential energy is at its lowest value, and kinetic energy is at its highest value. Therefore, at position 4 (in between positions 2 and 3), the potential energy is still decreasing, while the kinetic energy continues to increase. Hence, the correct answer is "Potential energy is at its highest value, while kinetic energy is at its lowest value."

Question 4:
To answer Question 4, we need to describe the speed of the ball at position 4. The possible options are:

- The speed is at its highest value.
- The speed is at its lowest value.
- The speed is zero.

Referring to the image, there is an arrow indicating the direction of travel. As the ball moves from position 1 to position 7, it gains speed and reaches its highest speed at position 4. Hence, the correct answer is "The speed is at its highest value."

Question 5:
Question 5 requires filling in the blanks using the drop-down responses provided.

The energy can be created or destroyed by ordinary physical or chemical processes. This concept is called the [Response]. Throughout the experiment, the total amount of energy must [Response]. When potential energy goes down, kinetic energy [Response]. When potential energy goes up, kinetic energy [Response].

The drop-down responses are not provided, so I am unable to provide the specific answers for this question. Please provide the available response options, and I will be happy to assist further.