Answer:
5575 tickets sold
Step-by-step explanation:
Alright let say tickets will be variable that we need to find the tickets that were sold (t). So the tickets sales for a concert was totaled $289,900. Tickets costed $52 each. Then you divide both to get the amount.
$289,900 Divided by $52 = t
t = Tickets Sold
t = 5575 tickets sold
Hope this helps :)
The number of tickets sold for the concert is calculated by dividing the total money made ($289,900) by the cost of each ticket ($52). The answer is 5,575 tickets.
The subject of this problem is calculating how many tickets were sold based on the total amount of money made from concert sales and the concert ticket cost. The total money made from the concert was $289,900 and each ticket was priced at $52. To answer this question, we need to divide the total money made by the cost of each ticket.
The calculation would look like this:
$289,900 ÷ $52 = 5575
So, a total of 5575 Tickets were sold for the concert.
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Answer:
harry is 2 jim is 6
Step-by-step explanation:
What is the value of x?
Enter your answer in the box.
per week, while Theodore predicts that it
will grow 3/4 foot per week. The sunflower
grows 4 1/2 feet in 7 1/2 weeks. Which
statement is correct?
The sunflower grew at a rate of 0.6 feet per week, which is closer to Rachael's prediction of 0.4 feet per week. Therefore, Rachael's prediction was more accurate.
To solve this problem, we have to find the rate at which the sunflower grows in a week. The rate was given as 4 1/2 feet in 7 1/2 weeks. When we divide 4.5 feet (the total growth) by 7.5 weeks (the total time), we get a weekly growth rate of 0.6 feet.
Comparing this with the predictions made by Rachael and Theodore, we can see that the sunflower grew at a rate closer to Rachael's prediction of 2/5 feet per week, which is equivalent to 0.4 feet per week. Therefore, the statement-making Rachael's prediction correct is the accurate one.
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The graphs that match the function given are:
(a) VI, (b) III, (c) I, (d) II, (e) V, (f) IV
Consider the equations of the graphs given :
(a) y = 0.5 x²
This is a quadratic equation and thus will be a parabola.
This matches VI.
y is directly proportional to the square of x.
(b) y = 5/x²
Here negative values of y are not possible since x is squared.
Also, the values of y will be equal to a and -a.
This matches III.
y is inversely proportional to the square of x.
(c) y = x³
Here negative values of x will have the y values also negative.
Also, the value increases when x increases.
This matches I.
y is directly proportional to the cube of x.
(d) y = 1/x³
y value for x = -a is the negative of the y value for x = a.
Also, as x increases y decreases.
The function is not defined at 0.
This matches II.
y is inversely proportional to the cube of x.
(e) y = 3√x
Here since x is inside the cube, not defined for negative values of x.
As x increases, y also increases.
This matches V.
y is directly proportional to the square root of x.
(f) y = (0.5)ˣ
For negative values o x, the value of y will be high and for positive values of x, the value of y will be lower.
This matches IV.
y is exponentially related to x.
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