A children's birthday party at an indoor play center costs $50 to rent the space and $6.25 per child. Gina wants to spend no more than $100 on her son's fourth birthday party. Write an inequality for the number of children who can attend the birthday party, and solve the inequality.
A) 50 + 6.25x ≤ 100; x ≤ 8
B) 50 + 6.25x < 100; x < 8
C) 50 + 6.25x > 100; x > 8
Answers (1)
Know the Answer?
Not Sure About the Answer?
Find an answer to your question 👍 “A children's birthday party at an indoor play center costs $50 to rent the space and $6.25 per child. Gina wants to spend no more than $100 ...” in 📗 Mathematics if the answers seem to be not correct or there’s no answer. Try a smart search to find answers to similar questions.
Search for Other Answers
You Might be Interested in
leila's fish tank has 17 liters of water in it. she plans to add 4 liters per minute until the tank has atleast 45 liters. what are the possible minutes leila could add water
Answers (1)
Which are sums of perfect cubes? Check all that apply. A=8x6 + 27 B=x9 + 1 C=81x3 + 16x6 D=x6 + x3 E=27x9 + x12 F=9x3 + 27x9
Answers (1)
Using the formula R equals D/T where D is the distance in miles R Is the rate T is the time in hours at which rate must you travel to cover 212.5 miles in 2.5 hours?
Answers (1)
Solve 12: (-2) x 3 - (-2)
Answers (1)
Rewrite each sum as a product. Then identify the number of terms in each expression
Answers (1)
New Questions in Mathematics
What is 8.02 rounded to the nearest hundredth?
Answers (2)
There are approximately 39.97 inches in 1 meter. How many meters are there in 240 inches
Answers (2)
What does it mean to evaluate an expression
Answers (1)
Determine, to the nearest tenth, the surface area of a tin can with a radius of 10 centimeters and a height of 12 centimeters.
Answers (1)
assume that random guesses are made for 9 multiple choice questions on an SAT test, so that there are n=9 trials, each with probability of success (correct) given by p=0.6. find the indicated probability for the number of correct answers.
Answers (1)