Answer:
c.s.a of cone = pie r^2 + pie r l
radius = diameter/2 = 13/2
slant height (l) = 17
pie (13/2)^2 + pie 13/2 * 17
3.14 * 169/4 * 3.14 * 13/2 * 17
368246/8
= 46030
The area bounded by the curve ay = x² and the lines y = a and y = 4a is
<h3>How do you find the area bounded by a curve:</h3>
The area bounded by the curve can be determined by taking the integral of the curve such that:
From the given information:
Applying power rule
Taking the boundaries, we have:
Learn more about the area bounded by the curve here:
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<u><em>The correct expression is:</em></u>
153*80 - 153*47 - 153*33
<u><em>Answer:</em></u>
zero
<u><em>Explanation:</em></u>
<u>1- We can note that 153 is common in the three terms. Therefore, we can take 153 as a common factor. This will give us:</u>
153(80-47-33)
<u>2- We resolve the operations within the parentheses. This will give us:</u>
153(33-33)
<u>which is equivalent to:</u>
153(0)
<u>3- Finally, we know that any number multiplied by a zero gives a zero. Therefore:</u>
153*0 = zero
Hope this helps :)
Answer:
A. 49.79 = 1.19 + 0.25t
Step-by-step explanation:
One-time entrance fee to be paid by Haley as initial fee = $1.19
Going through the fun house each time would attract an additional fee of $0.25 each time they go through the fun house.
If Haley has $49.79, the number of times (t) Haley can go through can be expressed as:
Total amount Haley has = initial fee/entrance fee + additional fee per each time Haley goes through the fun house
The equation would be:
49.79 = 1.19 + 0.25t
Answer:
how am i suppose to answer if i don't know what credits you are talking about
Step-by-step explanation: