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3 years ago

12

A Circus charges two dollars and 50 Cent for kids tickets and six dollars for adults tickets. Last weekend, twice as many kids a

ttended the circus than adults. If the ticket sales total $7150, how many kids attended the circus?

1 answer:

Sloan [31]3 years ago

6 0

Answer: The answer is 2,860.

Step-by-step explanation:

You might be interested in

Enter the ratio as a fraction in lowest terms2 ft to 54 in.

AnnyKZ [126]

Answer:

Step-by-step explanation:

First change both units to the same unit

2ft=24 inches

Now your new fraction is 24/54

Now simplify

24/54 = 4/9

4 0

2 years ago

12) 10 + (-2)+1<br>how do i solve this?

Step2247 [10]

Answer: 9

Step-by-step explanation: its very simple , first take the -2 out of the parenthesis and put is as 10-2+1 which is positive 9 because 10-2=8 and plus 1 is 9.

4 0

3 years ago

An appropriate tip for a waiter at a restaurant is at least 15%. For a tab of $20, how much money should be left, including tip?

postnew [5]

$23, a $20 bill plus $3 tip

4 0

2 years ago

Two skateboarders, Ron and Bob, are traveling in opposite directions.Ton travels at 8 feet per second and bob travels at 10 feet

omeli [17]

Time taken before they are 2640 feet is 146.67 seconds

<em><u>Solution:</u></em>

The distance is given by formula:

$distance = speed \times time$

<em><u>Ton travels at 8 feet per second</u></em>

Let us assume, time taken = t

speed = 8 feet per second

Then, distance is given as:

Distance covered by Ton = 8t

<em><u>Bob travels at 10 feet per second</u></em>

Then, distance is given as:

Distance covered by Bob = 10t

How long will it take before they are 2640 feet

Which means,

Distance covered by Ton + Distance covered by Bob = 2640

$8t + 10t = 2640\\\\18t = 2640\\\\Divide\ both\ sides\ of\ equation\ by\ 18\\\\t = 146.67$

Thus time taken before they are 2640 feet is 146.67 seconds

<h3><u>Method 2:</u></h3>

Since trains are moving in opposite directions, their speeds must be added

speed = 8 + 10 = 18 feet per second

Given distance = 2640 feet

Therefore, time taken is:

$time = \frac{distance}{speed}\\\\time = \frac{2640}{18} = 146.67 \text{ second }$

Thus time taken before they are 2640 feet is 146.67 seconds

4 0

3 years ago

Which equation best models the fine schedule for overdue books? , where x is the cost in cents for a book that is y days overdue

earnstyle [38]

x is the independent variable, and in this scenario, the independent variable is the number of days overdue. So the best equation would be where x is the number of days overdue, and y is the cost in cents.

Example equation:

x = number of days overdue

y = cost in cents

z = total price

z = yx

4 0

3 years ago