SOLUTION: The cost to rent the park was $1300 plus $2.50 per person for the snack bar fee.
a) Create "Let Statements" to help you prepare to write an equation to model this relationship. H
Algebra.Com
Question 1182543: The cost to rent the park was $1300 plus $2.50 per person for the snack bar fee.
a) Create "Let Statements" to help you prepare to write an equation to model this relationship. Hint: Let x represent... Let y represent...
b) Create an equation (in the form of y = mx + b; remember that “m” is the slope or rate and “b” is the y-intercept or flat fee) to represent this relationship.
c) Calculate the cost to rent the park if 300 people attended the fund raiser. Show all of your work for full marks. Write a therefore statement. Hint: x= 300.
Answer by josgarithmetic(39630) (Show Source): You can put this solution on YOUR website!
----------------------------------------------------------
cost to rent the park was $1300 plus $2.50 per person for the snack bar fee
-----------------------------------------------------
Let x equal 300 and evaluate y.
RELATED QUESTIONS
Ms. Lus banquet hall charges $500 to rent and $38 per person attending the
wedding. Ms. (answered by ikleyn)
Daniel wants to rent a boat. The rental shop charges an initial fee of $15 plus $12 per... (answered by mananth)
Could you please help me solve this equation
A tennis club offers two monthly payments (answered by josmiceli)
The community centre charges a $50 flat fee to rent the pool plus $1.50 per person. The... (answered by josmiceli)
it costs 50 dollars plus 10 dollars per hour to rent a park pavillion. 1.write an... (answered by rfer)
it cost a $20 flat fee to rent a chain saw, plus $4 a day starting with the first day.... (answered by TimothyLamb)
It costs marc $5 per day to rent a kayak plus $10 for equipment at Outpost Outfitters. He (answered by stanbon)
The bargain car rental company charges a flat fee of $35 plus $0.40 per mile to rent a... (answered by fractalier,stanbon)
The fee to rent a hall for a wedding is $1,450 plus $50 per hour. For how many hours can... (answered by ikleyn)