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Shabnam Abasi

Shabnam A.

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Viewed Questions

Food Consumption The average daily food consumption $F$
of a herbivorous mammal with body weight $x,$ where both $F$
and $x$ are measured in pounds, is given approximately by
the equation $F=0.3 x^{3 / 4} .$ Find the weight $x$ of an elephant
that consumes 300 lb of food per day.

Food Consumption The average daily food consumption $F$ of a herbivorous mammal with body weight $x,$ where both $F$ and $x$ are measured in pounds, is given approximately by the equation $F=0.3 x^{3 / 4} .$ Find the weight $x$ of an elephant that consumes 300 lb of food per day.

Algebra and Trigonometry

Prerequisites

Solving Basic Equations

Pronghorn Fawns The field metabolic rate (FMR), or the
total energy expenditure per day in excess of growth, can be
calculated for pronghorn fawns using Nagy's formula,
$$F(x)=0.774+0.727 \log x,$$
where $x$ is the mass (in grams) of the fawn and $F(x)$ is the
energy expenditure (in kJ/day). Source: Animal Behavior.
$\begin{array}{l}{\text { (a) Determine the total energy expenditure per day in excess of }} \\ {\text { growth for a pronghorn fawn that weighs } 25,000 \mathrm{g} .} \\ {\text { (b) Find } F^{\prime}(25,000) \text { and interpret the result. }} \\ {\text { (c) Graph the function on }[5000,30,000] \text { by }[3,5] \text { . }}\end{array}$

Pronghorn Fawns The field metabolic rate (FMR), or the total energy expenditure per day in excess of growth, can be calculated for pronghorn fawns using Nagy's formula, $$F(x)=0.774+0.727 \log x,$$ where $x$ is the mass (in grams) of the fawn and $F(x)$ is the energy expenditure (in kJ/day). Source: Animal Behavior. $\begin{array}{l}{\text { (a) Determine the total energy expenditure per day in excess of }} \\ {\text { growth for a pronghorn fawn that weighs } 25,000 \mathrm{g} .} \\ {\text { (b) Find } F^{\prime}(25,000) \text { and interpret the result. }} \\ {\text { (c) Graph the function on }[5000,30,000] \text { by }[3,5] \text { . }}\end{array}$

Calculus with Applications

Calculating the Derivative

Derivatives of Logarithmic Functions

It has been shown that the home range, in hectares, of a carnivorous mammal weighing w grams can be approximated by 
$H(w)=0.11 w^{1.36}.$
(Source: Based on information in Emlen, J. M., Ecology: An Evolutionary Approach, p. 200, Reading, MA: AddisonWesley, $1973 ;$ and Harestad, $A$. S., and Bunnel, $\mathrm{F}$. . " Home Range and Body Weight- - $\Lambda$ Recvaluation," Ecology, Vol. $60, \text { No. } 2, \text { pp. } 389-402 .)$

a) Find the average rate at which a carnivorous mammals home range increases as the animal's weight grows Irom $500 \mathrm{g}$ to $700 \mathrm{g}.$
b) Find $\frac{H(300)-H(200)}{300-200},$ and interpret this result.

It has been shown that the home range, in hectares, of a carnivorous mammal weighing w grams can be approximated by $H(w)=0.11 w^{1.36}.$ (Source: Based on information in Emlen, J. M., Ecology: An Evolutionary Approach, p. 200, Reading, MA: AddisonWesley, $1973 ;$ and Harestad, $A$. S., and Bunnel, $\mathrm{F}$. . " Home Range and Body Weight- - $\Lambda$ Recvaluation," Ecology, Vol. $60, \text { No. } 2, \text { pp. } 389-402 .)$ a) Find the average rate at which a carnivorous mammals home range increases as the animal's weight grows Irom $500 \mathrm{g}$ to $700 \mathrm{g}.$ b) Find $\frac{H(300)-H(200)}{300-200},$ and interpret this result.

Calculus and Its Applications

Differentiation

Average Rates of Change

Questions asked

AWAITING AN EDUCATOR

Your answer The following graph provides data on the number of mitochondria in each of three cell types. Why do you think skin cells have the least number of mitochondria of the three types of cells studied? Your answer A liver cell has a life span of about 200 * days. State each stage of the cell cycle and briefly explain what is happening during each stage.

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INSTANT ANSWER

(b) If humans were carnivores/secondary consumers.

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