A company manufactures two products. Each unit of product X requires 10 machine hours and each unit of product Y requires 4 machine hours. The company's productive capacity is limited to $180,000 machine hours. Each unit of product X sells for $15 and has variable costs of $7. Each unit of product Y sells for $8 and has variable costs of $3. If the company can sell all that it produces of both products, what should the sales mix be?

step-by-step explanation:

why? because i noticed a pattern. 60 120. those numbers without the zero, make the 6 times tables leaving your answer to be b since 6 times 4 is 24 and adding a zero making it 240.

substitute,

circle 1 = 5

circle 2 = 20

circle 3 = 44

in this case no matter how you add, you will always get a perfect square..

hence proved

happy to

pls mark as brainliest

i think the answer is a p = 78

step-by-step explanation:

there are 6 sides of a hexagon, multiply 13 x 6

direct variation equations are of the form

  y = kx

for some constant k

if (5,6) is a solution to this equation, then this means that when x = 5, y = 6. substituting will allow us to solve for k, the constant.

  6 = k·5

dividing both sides by 5, we get

  k = 6/5

so the direct variation equation is

  y = (6/5)x