Suppose we still want to build a cylinder that has a volume of 100 cubic centimeters, but this time we want to make the top and bottom out of a slightly tougher material than the sides. The material for the top and bottom costs $0.02 per square centimeter and the material for the sides costs $0.01 per square centimeter. Find the radius and height that give us the cheapest cylinder.

The mode of the numbers is 29.

The answer is 270 cars.you can do this by making a proportional relationship. for instance, 200 is the whole we are using, so on a “number line” 200 would be over 100%. now, since he sells 35% more, add 35% to 100% to get 135% on the other side of the “number line” on the bottom half, leaving the top half empty.cross multiply 200 by 135 then divide by 100 to get your answer. i hope this , if it did, , if you don’t mind, giving me brainiest! 200/100% } 200 • 135 /100 ? /135%