Mathematics, 22.08.2019 18:30 tanviknawale
Cost of ordering and transporting components for gadgets is given by c(x)= 100(200/x^2 + x/x+30) x is order size in hundreds, c is measured in thousands of dollars. demand function for gadgets is modeled by p = 56e^-.12x where p is the price per unit and x is number of units1. find function r(x) that would give revenue in dollars per unit? 2. build first derivative chart for r(x) (revenue) and give intervals where revenues are increasing and decreasing? 3. how many units will yield maximum revenue? 4. what will price per unit be when revenue is maximum? 5. what will the maximum revenue be?
Answers: 3
Mathematics, 21.06.2019 14:30
Atoy company is considering a cube or sphere-shaped container for packaging a new product. the height of the cube would equal the diameter of the sphere . compare the volume to surface area ratios of the containers. which packaging will be more efficient? for a sphere, sa =4πr²
Answers: 1
Mathematics, 21.06.2019 17:00
Need this asap if anyone can i would be very grateful. if you could show workings that would really
Answers: 1
Mathematics, 21.06.2019 20:00
Michael is training for a marathon. in his first week he plans to run 8miles. what path should he take
Answers: 1
Cost of ordering and transporting components for gadgets is given by c(x)= 100(200/x^2 + x/x+30) x i...
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