Think about it
Write a function rule that gives the total cost c(p) of p pounds of sugar if<span> each pound ... How </span>many <span>weeks </span>will<span> Melissa need to add to her savings before she </span>can<span> ... D {} 10 20 3{} </span>40<span> ${} .... </span>Nolan has $15.00<span>, and </span>he earns $6.00<span> an </span>hour babysitting<span>. ... </span>money<span> in </span>dollars<span> (</span>m<span>) </span>Nolan has after any number<span> of </span>hours<span> of </span>babysitting<span> (</span>h<span>).
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Answer:
jermaine is closer
Step-by-step explanation:
We are given function: y= 
Where, x is the number of hours after 5a.m.
We need to approximates the number of people standing in line to catch a commuter train at 7 a.m.
From 5 a.m. to 7 a.m. total number of hours = 7-5 = 2 hours.
So, we need to plug x=2 in the given function.
Plugging x=2 in 
, we get
Let us simplify it now.
2^2= 4.
Therefore,
= -20.524 + 63.642 - 3.333.
= 39.785 or 40 approximately.
Therefore, the number of people in line at 7 a.m. is approximately 40 people.
Option D.40 is correct option.
Luckily for us, the diagram already divided this figure into separate polygons. What I will be explaining is basically the addition of the areas of all the separate polygons. The area of the uppermost triangle is:
1/2 x b x h
= 1/2 x 20 x 8
(the base is 20, because in a parallelogram, opposite sides are congruent)
=10 x 8
= 80 in. squared
The next polygon we will be taking the area of is the parallelogram with the base length of 20 and the height of 16.
Area = b x h
= 20 x 16
= 320 in. squared
Now all we have left to do is add the two areas to obtain the total area.
Total Area = 320 + 80 = 400 in. squared
Answer:
96
Step-by-step explanation:
