There are two warehouses (w1, w2) and three retail locations (a, b, c).
w1 is capable of supplying 250 units of product per period
w2 is capable of supplying 114 units of product per period
a requires 210 units of product per period
b requires 60 units of product per period
c requires 62 units of product per period
costs for routing one unit of material between the locations are as follows:
w1-a: 21
w1-b: 10
w1-c: 23
w2-a: 24
w2-b: 9
w2-c: 2
apply the transportation model to this situation and enter the quantity (in whole units) that would be routed
w2 to b

Drag and drop the answers into the boxes to complete this informal argument explaining how to derive the formula for the volume of a cone. since the volume of a cone is part of the volume of a cylinder with the same base and height, find the volume of a cylinder first. the base of a cylinder is a circle. the area of the base of a cylinder is , where r represents the radius. the volume of a cylinder can be described as slices of the base stacked upon each other. so, the volume of the cylinder can be found by multiplying the area of the circle by the height h of the cylinder. the volume of a cone is of the volume of a cylinder. therefore, the formula for the volume of a cone is 1/3 1/2 1/3πr^2h 1/2πr^2h πr^2h πr^2

Mary used 1/7 of a spool of ribbon to complete 4 projects. she used the same amount of ribbon on each project. how much ribbon did she use on each project?

The following division is being performed using multiplication by the reciprocal find the missing numbers is 5/12 divided by x/3 equals 5/12 times x/10 equals 1/x