Answer:
1/5.
Explanation:
Note that the sum of infinite geometric series is equally to: a/ (1 - r). Where a = first term and r is the common ratio.
Hence, if f(x) = 3/(1 - 5x) ^2. Therefore, taking the another derivative of f(x)` = 30/ (1 - 5x)^3.
Also, f(x)`` = 450/ ( 1 - 5 )^4 and f(x)``` = 9000( 1 - 5x)^5 and f(x)```` = 225000/( 1 - 5x)^6.
If we are to use the Taylor's series formula then;
F(0) + f'(0) + f"(0)/2! × x^2 + f'''(0)/3! × x^3.
[ NOTE: f(0) = 3, f''(0) = 30, f'''(0) = 9000, f''''(0) = 225000].
450/2! = 225, 9000/ 3! = 1500 and 225000/4! = 9375..
Which gives; 3 + 30x + 225x^2 + 1500x^3 + 9375x^4. The ratio test will then give us our answer as 1/5.
As stated above, alternatively we can make use of the sum of geometric series where |x| < 1/5
Answer:
a. An inscribed angle is 1/2 the intercepted arc. The intercepted arc is 68°. The measure of angle xyz is therefore 34°.
2x+1=5x-44 that would be your equation
next start to simplify
subtract 1 from both sides so you are left with 2x=5x-45
then subtract 5x from both sides and you have -3x=-45
then finally divide -3 from -45 to get x=15
Answer:
1. Loss of freedom
2. Economic loss
3. Layout
Step-by-step explanation:
Answers are numbered for each one
<span>In mathematical analysis it's the measure of how fast does value of the function change in relation to change of its variables.
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