Answer:
h'(t) = (√t)(1 -5t²)/(2t)
Explanation:
First of all, your product rule needs to be written correctly.
(f(x)g(x))' = f'(x)g(x) +f(x)g'(x)
You have ...
I thnk it is age hope it helps
Answer: The answer is: f(x) = 2x^2 + 40x + 200
Explanation:
Given: x is the width of the Artwork
Let W be the Width of the Frame
Let L be the Length of the Frame
Width = x + 10
Length = Width * 2, so by substitution, Length = 2(x + 10)
Area = Width * Length
By substitution:
Area = (x + 10) * 2(x + 10)
f(x) = (x + 10) * (2x + 20)
f(x) = 2x^2 + 20x + 20x + 200
f(x) = 2x^2 + 40x + 200
To test this, if a picture 8" wide is put in this frame, the width would be 8+10 or 18 inches. The length would be twice the width, or 36 inches. The Area is 18 x 36 = 648.
Using the formula:
f(8) = (2 * 8^2) + (40 * 8) + 200
f(8) = (2 * 64) + 320 + 200
f(8) = 128 + 320 + 200
f(8) = 648
Answer: The hypothesis would become a theory.
Answer:
LMELMELME
Explanation:
The letters 'N' and 'R' are the third and sixth letters of the word 'Denver'.
*Think, every third letter of the word.
The word 'Baltimore' has a number of letters also divisible by 3 ('Baltimore' contains 9, 'Denver' contains 6), so the rule established above will also work here.
Underlining every third letter in 'Ba<u>l</u>ti<u>m</u>or<u>e</u>', we get the first part of the pattern, '<u>LME</u>'.
In the secret code language, 'NR' is repeated 3 times (including the first) to write 'NRNRNR', so by repeating every third letter of the word 'Baltimore' ('LME') three times, we get 'LMELMELME'.
