The Taylor series is defined by:

Let a = 0.
Then its just a matter of finding derivatives and determining how many terms is needed for the series.
Derivatives can be found using product rule:

Do this successively to n = 6.

Plug in x=0 and sub into taylor series:
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If more terms are needed simply continue the recursive derivative formula and add to taylor series.
Answer:
X=3.1
(4•3.1)+(4•3.1)
Step-by-step explanation:
4 of 6.2 is equal to 24.8
4•(6+0.2) = 24.8
4•3.1=12.4•2=24.8
12.4+12.4=24.8
(4x)+(4×)=24.8
Answer:
12870 ways
Step-by-step explanation:
10c2*13c3
10!/(10-2)!2! *13!/(13-3)!3!
[(10*9*8!)/8!*2*1] *[(13*12*11*10!)/10!*3*2*1]
45*286
12870 ways
If you add 4+4+4+4+6+6 you will get 24
So you will need 24 fr
The formula of the total surface area of the cylinder would be: Base area+ surface area along the circumference.
To find an exact value,we would also have to save 兀and not turn it in other approximate values.
The base area would be:
兀r^2
=兀(50)^2
=2500兀 ft^2
The surface area along the circumferecen would be:
2兀r(base circumference) x height
=2兀50×18
=250兀×18
=4500兀 ft^2
Adding them up,we would then find the total surface area:
4500兀+2500兀
=7000丌 ft^2
Thus,the answer is 7000 丌 ft^2.
Hope it helps!