At a temperature of 20°C, the volume V (in liters) of 1.33 g of O₂ is related to its pressure p (in atmospheres) by the formula .

What is the average rate of change of V with respect to p as p increases from to ? What is the rate of change of V with respect to p when ?

Question

At a temperature of 20°C, the volume V (in liters) of 1.33 g of O₂ is related to its pressure p (in atmospheres) by the formula

At a temperature of 20°C, the volume V (in liters) of 1.33 g of O<sub>2</sub> is related to its pressure p (in atmospheres) by the formula . What is the average rate of change of V with respect to p as p increases from to ? What is the rate of change of V with respect to p when ?

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What is the average rate of change of V with respect to p as p increases from At a temperature of 20°C, the volume V (in liters) of 1.33 g of O<sub>2</sub> is related to its pressure p (in atmospheres) by the formula . What is the average rate of change of V with respect to p as p increases from to ? What is the rate of change of V with respect to p when ?

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? What is the rate of change of V with respect to p when At a temperature of 20°C, the volume V (in liters) of 1.33 g of O<sub>2</sub> is related to its pressure p (in atmospheres) by the formula . What is the average rate of change of V with respect to p as p increases from to ? What is the rate of change of V with respect to p when ?

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The Answer of At a temperature of 20°C, the volume V (in liters) of 1.33 g of O₂ is related to its pressure p (in atmospheres) by the formula . What is the average rate of change of V with respect to p as p increases from to ? What is the rate of change of V with respect to p when ?

At a Temperature of 20°C, the Volume V (In Liters)