Question

If the springy part of the fern were attached to one seed and the stem, then when the blank energy of a springy part is converted to blank energy, some of the blank energy would be on the target 1 of 7, target 2 of 7, or target 3 of 7. In fact, if the stem has very little mass, then it would move a greater distance than the seed and according to blank, more work would be done on the target 4 of 7 or target 5 of 7. If there are two seeds, then each will leave with the same blank energy and no energy is wasted on unwanted motion of the stem.

Answer 1

In plants, the springy part, or sporangium, stores energy that is converted to potential energy. This potential energy can be transferred to different targets like seeds and the stem. If the stem has less mass, it would move a greater distance than the seed, resulting in more work done on the stem. Having two seeds attached ensures each seed leaves with the same potential energy.

Step-by-step explanation:

The subject of this question pertains to the energy conversion and distribution in plants, specifically in relation to the springy part of the fern and the stem.

In plants, the springy part, also known as the sporangium, stores energy that is converted to potential energy. This potential energy can be transferred to different targets, such as the seeds or the stem. When the springy part is attached to one seed and the stem, more work would be done on the stem and it would move a greater distance than the seed due to its lower mass.

Having two seeds attached to the springy part would result in each seed leaving with the same potential energy, ensuring that no energy is wasted on unwanted motion of the stem.