If 30 J energy is trapped at the producer le | vedclass

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(B) The correct answer is $(B)$ $0.03 \ J$.According to the $10 \%$ law proposed by Lindeman $(1942)$,only $10 \%$ of the energy available at one trop

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$0.03$

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(B) The correct answer is $(B)$ $0.03 \ J$.According to the $10 \%$ law proposed by Lindeman $(1942)$,only $10 \%$ of the energy available at one trophic level is transferred to the next trophic level.In the given food chain: Plant $\rightarrow$ Mice $\rightarrow$ Snake $\rightarrow$ Peacock.$1$. Energy at producer level (Plant) = $30 \ J$.$2$. Energy available to primary consumer (Mice) = $10 \%$ of $30 \ J = 3 \ J$.$3$. Energy available to secondary consumer (Snake) = $10 \%$ of $3 \ J = 0.3 \ J$.$4$. Energy available to tertiary consumer (Peacock) = $10 \%$ of $0.3 \ J = 0.03 \ J$.Therefore,the peacock receives $0.03 \ J$ of energy.

If $30 \ J$ energy is trapped at the producer level,how much energy will be available to the peacock as food in the following food chain (in $J$)?
Plant $\rightarrow$ Mice $\rightarrow$ Snake $\rightarrow$ Peacock

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If $30 \ J$ energy is trapped at the producer level,how much energy will be available to the peacock as food in the following food chain (in $J$)?Plant $\rightarrow$ Mice $\rightarrow$ Snake $\rightarrow$ Peacock