A recreation center ordered a total of 15 try schools and bicycles from a sporting good store. The number of wheels for all tricycles and bicycles total 38. Write a linear system of equations that models this scenario where Tida represents the number of tA recreation center ordered a total of 15 try schools and bicycles from a sporting good store. The number of wheels for all tricycles and bicycles total 38. Write a linear system of equations that models this scenario where t represent the number of tricycles and B represents the number of bicycles ordered

Question

Yellow

Mathematics

20 May, 08:49

A recreation center ordered a total of 15 try schools and bicycles from a sporting good store. The number of wheels for all tricycles and bicycles total 38. Write a linear system of equations that models this scenario where Tida represents the number of tA recreation center ordered a total of 15 try schools and bicycles from a sporting good store. The number of wheels for all tricycles and bicycles total 38. Write a linear system of equations that models this scenario where t represent the number of tricycles and B represents the number of bicycles ordered

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Answers (1)

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Ethen Oconnor · Answer 1

Answer: The linear system of equations that models this scenario are

T + B = 15

3T + 2B = 38

Step-by-step explanation:

Let T represent the number of tricycles.

Let B represents the number of bicycles ordered.

The recreation center ordered a total of 15 tricycles and bicycles from a sporting good store. It is expressed as

T + B = 15

A tricycle has three wheels. A bicycle has 2 wheels. The number of wheels for all tricycles and bicycles total 38. The expression would be

3T + 2B = 38