The chord that goes through the center of a circle, the diameter, is the longest chord in a circle. Any other chord will be shorter than this. The farther a chord is away from the circle, the shorter it will be. This means that chord CD is shorter than chord AB.
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.
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Answer:
432 tiles
Step-by-step explanation:
First, convert the dimensions of the table to inches.
There are 12 inches in a foot, so multiply 1.5 and 2 by 12.
1.5(12) = 18
2(12) = 24
So, the dimensions of the table in inches are 18 by 24.
Find the area of the table using the formula, A = lw
A = lw
A = (18)(24)
A = 432
So, the area is 432 square inches.
Since each tile is one square inch, the table will fit 432 of these.
So, Ravi will need 432 tiles.
Answer:
$60.59
Step-by-step explanation:
Ashley spend about $60.59
7.95 + 1.11 + 15.61 + 35.92 = 60.59
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