**Physics Cart and Spring Collision Problem**A 1.8 kg physics cart is initially traveling at 2.8 m/s when it collides with an ideal spring (with a spring constant of 710 N/m and natural length shown). The final time is defined as when the spring is at maximum compression, and the cart is about to rebound backward. Neglect loss.**Task:**List the energy types at the initial and final times and whether work and loss (due to non-conservative forces) occur, as well as the corresponding amounts of energy.### Inputs:- Initial energy type and value: - Initial: [Dropdown] = [Textbox] unit- Work done: - Work?: [Dropdown] = [Textbox] unit- Energy loss: - Loss?: [Dropdown] = [Textbox] unit- Final energy type and value: - Final: [Dropdown] = [Textbox] unit### Questions:1. **How much did the spring's length change during the compression?** - Answer: [Textbox] unit2. **What is the length of the spring at maximum compression?** - Answer: [Textbox] unit3. **What is the spring force at this time?** - Answer: [Textbox] unit### Diagram Explanation:- The diagram above illustrates two states of the system: 1. The cart moving towards the spring. 2. The cart compressing the spring to its maximum with the spring's compressed length visible.- The natural length of the spring is marked as 0.335 meters.- A reference level is indicated at the base level where the cart moves towards the spring.**Note:** Ensure to choose the correct unit and energy type from the dropdown and fill in the observed values in the textboxes provided.

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Answered: A 1.8kg physics cart is initially…

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