Victor wants to learn to snowboard. He went to Snowy Ridge Mountain and rented a snowboard for 35$, then took 5 hours of group snowboarding lessons. Victor paid 175$ in all.Which equation can you use to find how much Snowy Ridge charges, x, for each hour of group snowboarding lessons?Choices:(A) 35(x+5)=175(B) 5x+35=175(C) 5(x+35)=175(D) 35x+5=175How much does Snowy Ridge charge for each hour of group snowboarding lessons?____ $
Q. Victor wants to learn to snowboard. He went to Snowy Ridge Mountain and rented a snowboard for 35$, then took 5 hours of group snowboarding lessons. Victor paid 175$ in all.Which equation can you use to find how much Snowy Ridge charges, x, for each hour of group snowboarding lessons?Choices:(A) 35(x+5)=175(B) 5x+35=175(C) 5(x+35)=175(D) 35x+5=175How much does Snowy Ridge charge for each hour of group snowboarding lessons?____ $
Understand the problem: Understand the problem.Victor rented a snowboard for $35 and took 5 hours of lessons, paying a total of $175. We need to find the cost per hour for the lessons, represented by x.
Set up the equation: Set up the equation.The total cost is the sum of the fixed cost for renting the snowboard and the variable cost for the lessons. The fixed cost is $35, and the variable cost is 5 times the cost per hour (5x). The equation representing the total cost is therefore 35+5x=175.
Identify the correct equation: Identify the correct equation from the choices.Looking at the choices given, the equation that matches our setup is (B) 5x+35=175.
Solve the equation for x: Solve the equation for x.Subtract 35 from both sides of the equation to isolate the term with x:5x+35−35=175−355x=140Now, divide both sides by 5 to solve for x:55x=5140x=28
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