The number of people at the break even point is 1250 and the total ticket sold is $100000
<h3>How to determine the number of people at the break even point?</h3>
The cost function is given as:
C(x) = 64x + 20000
The venue charges $80 per ticket.
So, the revenue function is
R(x) = 80x
At break even point, we have
R(x) = C(x)
Substitute the known values in the above equation
80x = 64x + 20000
Evaluate the like terms
16x = 20000
Divide both sides by 16
x = 1250
Substitute x = 1250 in R(x) = 80x
R(1250) = 80 * 1250
Evaluate
R(1250) = 100000
Hence, the number of people at the break even point is 1250 and the total ticket sold is $100000
Read more about cost and revenue functions at:
brainly.com/question/25188276
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We can see if the first two options are correct. The first one is eliminated because when x is 2, y is 5 and there is not a different of 5, only 3. This could make you think that the second option is the right answer, but when x is 1, y is 6 and the difference is 5, not 3.
The third choice we could try out.
6=-(1)+7
5=-(2)+7
4=-(3)+7
3=-(4)+7
Let's look at the graph also. The coordinates are on the line.
So the third option, y=-x+7
It depends. Generally no.
Linear equations are generally in the form [math]y=mx+b[/math] and have a domain of [math](-\infty,\infty)[/math], or all real numbers. However, an arithmetic sequence is only defines for the natural numbers (that is, while numbers [math]> 0[/math].
For any two terms in the arithmetic sequence, [math]a_n[/math] and [math]a_{n+1}[/math], there will always be a point on the linear function that lies in between them, and is such not defined in the sequence.
This does not make the sequence and function unrelated, but rather it makes them not the same.
A similar argument applies for geometric sequences and exponential equations.
Lets use proportion
let the perimeter of the smaller figure be 'x'
8:18::x:24
Product of means=product of extreames
24 x 8= 18 x 'x'
192=18x
x=10.6666667 units
Ans: the perimeter of the smaller figure is 10.6666667 units
Answer:
6
Step-by-step explanation:
I did the work but like where did that cube go lol
