Answer:
h(n) = -2n -13
Step-by-step explanation:
m+1 = -2(n+6)
Distribute
m+1 = -2n-12
We want to solve for m, as we want a function of n
m +1-1 = -2n-12-1
m = -2n-13
h(n) = -2n -13
Answer:
one hundred seventy eight point two five.
Remark
When you take the limit of
the odd result you get is 1. Later on you will be able to use calculus to show this. For now just take limits of sin(x)/x and make sure you are feeding radians into your calculator.
Now the only question is what is this thing doing?
If a is a constant in
then the result = a.
So that's basically all you need to know to solve your problem.
Series
Each term in the series will be
a*(sin(ax)/x) = a * [sin(ax)/x] * 1 = a * a = a^2
The series will look like this.
1 + 4 + 9 + 16 + 25 + 36 + 49 + 64 + 81 + 100 There is a way of summing this using n notation, but you could just as easily just add the results.
<span>
The formula for this series (if you want a sum) is n*(n+1)*(2n+1) / 6
</span>n = 10
Sum = 10*(11)(21)/6
Sum = 385
Does adding it by hand bring up 385?
Answer:
b - i asked my grandma :)
Step-by-step explanation:
If it's the Nth Term rule then:
3, 6, 9, 12, 15
That's a pattern. You must first find what is the gap from 1 term to another. for example from 3 to 6 we know the gap is 3. Therefore it's known as +3. You would have to write: 3n + 3 because if you look (The pattern is adding that's why we use + if it was substracting we would use the - in the middle) and at 6 the second term you can say 6 - 3 to show the previous Value which is 3 therefore you would have to write the Nth Term as 3n - 3