Answer:
To Prove: 
is equal to the sum of its Maclaurin series.
Step-by-step explanation:
If 
, then 
for all n. If d is any positive number and |x| ≤ d, then 
So Taylor's Inequality, with a = 0 and M = 
, says that 
Notice that the same constant 
works for every value of n.
But, since 
,
We have 
It follows from the Squeeze Theorem that 
and therefore 
for all values of x.
By this theorem above, is equal to the sum of its Maclaurin series, that is,
for all x.
Hello there,
Slope:
6 - (-5) / -6 - 0
11/-6
<em>Slope=</em> -11/6
<em>Slope intercept form: </em>y = mx + b
-5 = -11/6(0) + b
-5 = b
Answer: y = -11/6x - 5
Hope I Helped!
-Char
Answer:
550
Step-by-step explanation:
If it is 200% more you have to divide by two and you get 550
sin2x+sinx-2cox-1=0
As we know, Sin 2x =2sinx cosx
2Sinx Cosx+Sinx-2cosx-1=0
Sinx(2cos x+1)-1(2cosx+1)=0
(sinx-1)(2cosx+1)=0
So, either sinx-1=0 or 2cos x+1=0
Sin x=1 or cos x=
x=
or multiples of
x=
or multiples of
x=
or multiples of
