Exponential growth in plants can be expressed | vedclass

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(D) Exponential growth in plants is expressed by the mathematical formula:$W_{t} = W_{0} e^{rt}$Where:$W_{t} =$ Final size (weight,height,number,etc.)

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$W_{t} = W_{0} e^{rt}$

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(D) Exponential growth in plants is expressed by the mathematical formula:$W_{t} = W_{0} e^{rt}$Where:$W_{t} =$ Final size (weight,height,number,etc.) at time $t$.$W_{0} =$ Initial size at the beginning of the period.$r =$ Growth rate.$t =$ Time of growth.$e =$ Base of natural logarithms.In this equation,$r$ represents the relative growth rate,which is also a measure of the plant's ability to produce new plant material,often referred to as the efficiency index. Thus,the final size $W_{t}$ depends on the initial size $W_{0}$ and the exponential growth factor.

Exponential growth in plants can be expressed as

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