Questions and Discussion points 1. You have two springs with different spring constants. Assume that on top of each one of them you place a block of mass 1.00 kg as in the following figure and that neither of the blocks have any velocity when the springs are at maximum squeeze. Which of the following statements is correct at that moment? Block Spring 1 Block Spring 2 Floor Floor Figure 1: A diagram of the question above where the two springs have different spring constants. A) Both springs have the same elastic potential energy. B) In the spring with the larger spring constant there is more elastic potential energy. C) In the spring with the smaller spring constant there is more elastic potential energy. D) We need the values of the spring constants to decide.
Questions and Discussion points 1. You have two springs with different spring constants. Assume that on top of each one of them you place a block of mass 1.00 kg as in the following figure and that neither of the blocks have any velocity when the springs are at maximum squeeze. Which of the following statements is correct at that moment? Block Spring 1 Block Spring 2 Floor Floor Figure 1: A diagram of the question above where the two springs have different spring constants. A) Both springs have the same elastic potential energy. B) In the spring with the larger spring constant there is more elastic potential energy. C) In the spring with the smaller spring constant there is more elastic potential energy. D) We need the values of the spring constants to decide.
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**Questions and Discussion Points**
1. You have two springs with different spring constants. Assume that on top of each one of them you place a block of mass 100 kg as shown in the following figure and that neither of the blocks have any velocity; the springs are at maximum squeeze. Which of the following statements is correct at that moment?
A) Both springs have the same elastic potential energy.
B) In the spring with the larger spring constant there is more elastic potential energy.
C) In the spring with the smaller spring constant there is more elastic potential energy.
D) We need the values of the spring constants to decide.
**Figure 1: A diagram of the question above where the two springs have different spring constants.**
- The diagram depicts two blocks, each placed on a separate spring, labeled Spring 1 and Spring 2, respectively. Each block is resting on a spring that is compressed between the block and the floor. The springs are depicted in a compressed state, indicating they are at maximum squeeze.
This figure is used to illustrate the scenario described in the question, emphasizing the comparison of elastic potential energy between two springs with different spring constants when compressed by identical masses.
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