Product a requires 5 machine hours per unit to be produced, product b requires only 3 machine hours per unit, and the company's productive capacity is limited to 240,000 machine hours. product a sells for $16 per unit and has variable costs of $6 per unit. product b sells for $12 per unit and has variable costs of $5 per unit. assuming the company can sell as many units of either product as it produces, the company should:
produce only product a.
produce only product b.
produce equal amounts of a and b.
produce a and b in the ratio of 62.5% a to 37.5% b.
produce a and b in the ratio of 40% a and 60% b.

  Produce only Product B.

Step-by-step explanation:

The contribution margin per machine hour for product A is ...

  ($16 -$6)/(5 hour) = $2 per hour

The contribution margin per machine hour for product B is ...

  ($12 -$5)/(3 hour) ≈ $2.33 per hour

The company should produce the maximum possible number of the product that contributes the most per machine hour: Product B.

0.16 or 16%

step-by-step explanation:

lets take a coin for example.

if you toss it twice, it has a 1/4 chance of landing on heads both times because 1/2 * 1/2 is 1/4.

with the cards, the chance of picking dog is 0.4. having two people pick one is like picking a card twice in a row. so 0.4 * 0.4 is 0.16, or 16%

on a coordinate grid, point a is at (−4.0, −2.4) and point b is at (4.0, −2.4). point b is a reflection of point a across the –axis. input either a lowercase x or i think is the right awnser

step-by-step explanation: