In a pyramid of energy, if the energy at a specific trophic level is 1,000 J, the amount of energy available for the next higher trophic level would be:
Correct answer: B. 100 J
- A. 10 J
- B. 100 J
- C. 1,000 J
- D. 10,000 J
Explanation
In an energy pyramid, energy decreases as it moves up trophic levels due to the 10% rule, which states that only about 10% of the energy is transferred to the next level. Therefore, if there is 1,000 J at a specific trophic level, 100 J will be available for the next level.Option A is incorrect because it assumes a 1% transfer rate. Option C is incorrect because it suggests no energy loss, which contradicts the natural energy flow in ecosystems. Option D is incorrect because it erroneously suggests an increase in energy, which violates the law of conservation of energy.
Last updated
Related questions
A pond is an example of which ecosystem?
Biodiversity includes:
Consider the given research question.'How do pollutants impact the ecological functioning and sustainability of a pond?'In addition to ecology, this research question encompasses the field of
Crumpled leaves like structure are found in_ stage of xerarch succession
Denitrifying bacteria do not necessarily require abundant oxygen for respiration; therefore, they are: