Atoy manufacturer ships a toy in one of two different size boxes. the small box contains 6 of the toy and the large box contains 10 of the toy. a client orders no fewer than 100 of the toy. based on his storage and sales needs, the client requires that he receive no more than 8 of the large boxes and no fewer than 6 of the small boxes. the cost to the client for a small box is $4 and the cost to the client for a large box is $6. the client does not wish to exceed $200 for his order of toys. let x represent the number of small boxes and y represent the number of large boxes. what constraints are placed on the variables in this situation?

Let x represent the number of small boxes.

Let y represent the number of large boxes.

The client receive no more than 8 of the large boxes and no fewer than 6 of the small boxes.

The cost of small box is $4 and the cost to the client for a large box is $6. The client does not wish to exceed $200.

The small box contains 6 of the toy and the large box contains 10 of the toy. A client orders no fewer than 100 of the toy.

answer: 25.4 units

step-by-step explanation: radius = 12.7 units

diameter = twice the radius

diameter = 12.7 x 2

= 25.4

3 1/3 x 2 3/5 = 8 2/3

step-by-step explanation:

just multiply the first number by the second number to get your answer.