The whole amount is 8, so that goes in the denominator( The bottom) He ate 1 of them, and so it is asking what fraction did he eat? Since he ate 1, you would put that on the numerator ( top) So the answer is 1/8.
Answer:
Perimeter of rectangle = 140 cm.
Step-by-step explanation:
As we know that,
Rectangle is defined as a quadrilateral having opposite sides are equal and each angle are at 90°.
Let the length of rectangle = l
And the width = b
Therefore,
Perimeter of rectangle is given by = 2 (l × b)
From the question,
Given:
length = l = 17.5 cm
Width = b = 40 mm = 4 cm
( because 1 cm = 10 mm)
Perimeter of rectangle is given by = 2 (l × b) = 2(17.5 × 4) = 140 cm.
Hence, the perimeter of rectangle = 140 cm.
Answer:
No
Step-by-step explanation:
Given:
Volume of cone = 144 in³
Diameter of 12 inch
Find:
Volume of cylinder[Same height and radius] is 144 in³ or not
Computation:
Volume of cone = [1/3][π][r²][h]
144 = [1/3][3.14][(12/2)²][h]
144 = 37.68 h
Height of cone = 3.82
Volume of cylinder[Same height and radius] = [π][r²][h]
Volume of cylinder[Same height and radius] = [3.14][6²][3.82]
Volume of cylinder[Same height and radius] = 431.81
Volume of cylinder[Same height and radius] = 432 in³
So,
Volume of cylinder[Same height and radius] is not 144 in³
Based on the above, the the local maximum over the interval [–3, 1.5] for the graphed function is known to be 56.
<h3>What is the Local maximum about?</h3>
The local maximum is known to be a term that connote the maximum value of the function that is often seen over an interval.
In this case, the interval is (-3,1.5).
Because the function value show the y-value on graph, then we have to find for maximum y-value on curve.
And looking at the curve, the maximum is 56 at (-1.6,56).
Therefore, the local maximum value is 56.
Learn more about local maximum from
brainly.com/question/11114322
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Answer:
I'm doing the same thing, I don't understand either.