Answer:
A
Step-by-step explanation:
ummmmmmmmmmmmmmmmmmmmmmmmmm?mmmmmmmmmmmmmmmm?mmmmmmmmmmmmm withhhhhhhhhhhhhhhhh whatttttttttttttttttt
Hey there!
If you do this, I would suggest saying "strongly agree"
This means that you can solve them using strategies that make it easier.
Have a super awesome day! :)
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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<span>Let number of biscuits baked = x.
(3/7)x are in container a.
The remainder = (4/7)x, because (3/7)x + (4/7)x = (7/7)x = x.
Now, (5/8)*(4/7)x = (5/14)x are in container b.
The rest = (3/8)*(4/7)x, because (5/8)*(4/7)x + (3/8)*(4/7)x = (8/8)*(4/7)x = (4/7)x.
So, (3/8)*(4/7)x = (3/14)x are in container c. </span>