According to the model what is the distance

Reference no: EM13180152

The distance, D, in miles, that you can drive on $1 worth of gas as a function of the cost, g, in dollars, of a gallon of gas can be modeled by the power function: D(g) = 22.02g^-1.02

A. According to the model what is the distance you can drive on $1 worth of gas if gas costs $3.27 per gallon?

B. According to the model what is the cost of gas if you are able to drive 8 miles on $1 worth of gas?

Reference no: EM13180152

Questions Cloud

Find the resultant of the complex numbers : Find the resultant (sum) of the complex numbers. Express in rectangular form

Explain what is the total volume of the mixture : with a density of 3.00 g/mL is mixed with a 50.0 mL sample of a pure liquid, liquid B with a density of 2.00 g/mL. What is the total volume of the mixture

Find the bearing of the plane : A plane is heading due south with an airspeed of 225 mph. A wind from a direction of 50° is blowing at 13 mph. Find the bearing of the plane.

Explain the concentration of the unknowns have been too high : If the mass of the Co(NO3)2*6H20 obtained to prepare the stock solution had been more than the mass that you recorded would the concentration of the unknowns have been too high

According to the model what is the distance : The distance, D, in miles, that you can drive on $1 worth of gas as a function of the cost, g, in dollars, of a gallon of gas can be modeled by the power function: D(g) = 22.02g^-1.02

Compute and interpret the meaning of the instaneous rate : Compute and interpret the meaning of the instaneous rate of change at t=11

Explain how does the hydrogen ion or the hydronium ion : How does the hydrogen ion (H+) [or the hydronium ion (H3O+)] and the hydroxide ion (OH-) fit into all of this? What is their role in this reaction?

What is the maximum revenue : What price should the company charge in order to maximize total revenue? What is the maximum revenue?

Explain how many total moles of oxygen gas can be generated : How many total moles of oxygen gas can be generated through this decomposition? B. If this oxygen is formed within the bottle described in question 1, what change in pressure would be predicted?

User Account

All Pages