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A Bowling Alley Charges $3

Question 49

Multiple Choice

A bowling alley charges $3.10 for shoes plus $2.00 per game bowled. Let A bowling alley charges $3.10 for shoes plus $2.00 per game bowled. Let Be the total cost for bowling g games (including shoe rental) . Now suppose the bowling alley decides to increase the cost for shoes by $1.10 and include the first game for free. What is the formula for the new total cost, , of bowling g games as a transformation of ? A) B) C) D) Be the total cost for bowling g games (including shoe rental) . Now suppose the bowling alley decides to increase the cost for shoes by $1.10 and include the first game for free. What is the formula for the new total cost,
A bowling alley charges $3.10 for shoes plus $2.00 per game bowled. Let Be the total cost for bowling g games (including shoe rental) . Now suppose the bowling alley decides to increase the cost for shoes by $1.10 and include the first game for free. What is the formula for the new total cost, , of bowling g games as a transformation of ? A) B) C) D) , of bowling g games as a transformation of A bowling alley charges $3.10 for shoes plus $2.00 per game bowled. Let Be the total cost for bowling g games (including shoe rental) . Now suppose the bowling alley decides to increase the cost for shoes by $1.10 and include the first game for free. What is the formula for the new total cost, , of bowling g games as a transformation of ? A) B) C) D) ?


A) A bowling alley charges $3.10 for shoes plus $2.00 per game bowled. Let Be the total cost for bowling g games (including shoe rental) . Now suppose the bowling alley decides to increase the cost for shoes by $1.10 and include the first game for free. What is the formula for the new total cost, , of bowling g games as a transformation of ? A) B) C) D)
B) A bowling alley charges $3.10 for shoes plus $2.00 per game bowled. Let Be the total cost for bowling g games (including shoe rental) . Now suppose the bowling alley decides to increase the cost for shoes by $1.10 and include the first game for free. What is the formula for the new total cost, , of bowling g games as a transformation of ? A) B) C) D)
C) A bowling alley charges $3.10 for shoes plus $2.00 per game bowled. Let Be the total cost for bowling g games (including shoe rental) . Now suppose the bowling alley decides to increase the cost for shoes by $1.10 and include the first game for free. What is the formula for the new total cost, , of bowling g games as a transformation of ? A) B) C) D)
D) A bowling alley charges $3.10 for shoes plus $2.00 per game bowled. Let Be the total cost for bowling g games (including shoe rental) . Now suppose the bowling alley decides to increase the cost for shoes by $1.10 and include the first game for free. What is the formula for the new total cost, , of bowling g games as a transformation of ? A) B) C) D)

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