The answer to this is 40 E, because you have to subtract 10 from both sides...
50 - 10 = 40
So the line that is the limit is where the equation crosses the y axis or where x=0
so
y=(1/2(0)-2)^2+5
y=(-2)^2+5
y=4+5
y=9
at y=9
the upper bound is y=9
alrighty
we will do
let's call the curve that is 6th degree f(x)
and the y=9, g(x)
f(x)=(1/2x-2)^6+5
g(x)=9
find where they intersect
9=(1/2x-2)^6+5
4=(1/2x-2)^6
fancy math
x=8
so the area under the curve will be

because g(x) is above f(x)
so

using our calculator because I can't figure out what

is

or about 21.33333333
Answer:
Step-by-step explanation:
oof. okay.
so basically you have to find the area of each face of this shape
so I will write each area for you just so that I can keep track of where I am.
So the top one is 2*3=6
and then the side of that is 3*1=3
and then the next stair is 3*1 =3
and then again another 3*1=3
and the top of the bottom stair is 3*1=3
the side of that last one is 2*3=6
the back of the stair thingy is 4*3=12
now the weird side is (4*2)+(3*1)+(2*1)=13
you need two of those sides so another (4*2)+(3*1)+(2*1)=13
<em>(for these ones I divided it up into three parts; one were each star begins making it appear that there is a small rectangle on top of a medium rectangle on top of a large rectangle)</em>
and the bottom is 4*3=12
so then you add them all up
6+3+3+3+3+6+12+13+13+12
that all equals 74
I hope this helps!
Answer:$1.62
Step-by-step explanation:
.35 x $2.49=.87
2.49 - .87 = 1.62
C is the correct answer
C is the only option in which the original shaped can be multiplied and get another one.
explanation:
look at the dimensions of the original shape, 1x5x3
look at the dimensions of C,
2x10x6
multiply the original by 2 and the answer is C it is the only one that is consistant