Timeless Toys Builds tricycles and Wagons. The owner noticed that there are several different ways that a customer could place an order for 5 items. For example, the customer could order all tricycles, or all wagons, or some combination of tricycles and wagons

A. For the case of 5-item order, how many different ways are there to place an order? For Each case, list the number of wheels that would be needed.

B. If a customer ordered 5 items and the order had a total of 17 wheels, how many wagons we're ordered? Show your work and Explain

Question

Mathematics

Woofie

15 April, 19:36

Timeless Toys Builds tricycles and Wagons. The owner noticed that there are several different ways that a customer could place an order for 5 items. For example, the customer could order all tricycles, or all wagons, or some combination of tricycles and wagons

A. For the case of 5-item order, how many different ways are there to place an order? For Each case, list the number of wheels that would be needed.

B. If a customer ordered 5 items and the order had a total of 17 wheels, how many wagons we're ordered? Show your work and Explain

+1

Answers (1)

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Sage · Answer 1

A. a total of 6 different ways there is to place an order of an order of 5 items.

(im going to use w for wagon and t or tricycles)

5w=20 wheels

4w+1t = 19 wheels

3w+2t=18 wheels

2w+3t=17 wheels

1w+4t = 16 wheels

5t=15 wheels

C. 2 wagons because if they would of bought anymore wagons there would be more wheels.

work: 2*4=8 3*3=9 8+9=17