It would take 60 one hundred dollar bills to make 6,000
Answer:
48 people could play laser tag.
Step-by-step explanation:
This problem represents a linear equation since there is a constant rate of change, in this case a rate of $10 per person. There is also an initial rate of $15 that must also be paid. Since you have a $500 gift card, you can set an equation to find the number of people that would be able to play laser tag based on the costs and your total spending money:
500 = 10x + 15, where 500 is your available money on the gift card, 10 is your charge per person, 'x' is the number of people and 15 is your insurance down payment. Now, solve for 'x':
Use inverse operations: 500 - 15 = 10x + 15 - 15
Combine line terms: 485 = 10x
Use inverse operations: 485/10 = 10x/10
Solve: x = 48.5
Since you can't pay for half of a person, the most people that you could pay for is 48.
Answer:
27π Sq in.
Step-by-step explanation:
Circle A is equal to 9π sq inches. (Radius squared times Pi), Segment BC is a radii of Circle B and the diameter of Circle A. Meaning Circle B's radius is 6 inches. The area of circle B would be 36π sq inches. Now we subtract Circle A's area from Circle B's area(36π sq in. - 9π sq in.), the area of the shaded region is 27π sq in.
Easy tip: just multiply seven and four together!
7•4=28
So both seven and four fit into 28
Answer:
Step-by-step explanation:
Center of the ellipse is at origin (0, 0)
So (h, k) = (0, 0)
Length of major axis = 12
2a = 12
⇒ a = 6
Length of minor axis = 8
⇒ 2b = 8
⇒ b = 4
Since focus is on the x-axis, so it's a horizontal ellipse.
Equation of the horizontal ellipse is in the form of,
By substituting the given values of a, b, and (h, k)
