The formula C(n, r) calculates the total number of ways of picking r objects out of n.
The formula works as follows:
where n! is 1*2*3*...*(n-1)*n
So, we calculate C(150, 4), which will give us the total number of ways we can make the selection of the computers.
many ways.
Answer: 20,260,275
To figure this out, we would need to find the volume of the present.
The formula for finding the volume of an object is LxWxH, so we would multiply 5x8x1.5 to get a volume of 60 inches.
So we would need at least 60 inches or wrapping paper.
I hope this helped! :-)
I believe the answer is :
9n + 18
Answer:
Midsegment of a Triangle Theorem
Step-by-step explanation:
D and E are mid points of sides AB and AC respectively.
Therefore, DE || BC
Hence, by Midsegment of a Triangle Theorem
The dimensions of expensive television is 32 inches through 64 inches.
This trouble may be solved if we understand the idea of fraction and a way to calculate the part of a fragment.
right here it is for the reason that the inexpensive tv is 12 inches by means of 24 inches.
Also it is given that the expensive television is 
of the cheaper one.
Now taking the length into consideration the length of the television is
=
= 32 inches
Now taking the width into consideration the width of the television is
=
= 64 inches
So, the dimension of the expensive television is 32 inches by 64 inches.
To learn more about fractions visit the link:
brainly.com/question/10354322
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