is the maclaurin polynomial and estimate value of
is 1.14. This can be obtained by using the formula to find the maclaurin polynomial.
<h3>Find the third order maclaurin polynomial:</h3>
Given the polynomial,

The formula to find the maclaurin polynomial,

Next we have to find f'(x), f''(x) and f'''(x),
By putting x = 0 , we get,
Therefore the maclaurin polynomial by using the formula will be,

To find the value of
we can use the maclaurin polynomial,
is
with x = 1/10,


Hence
is the maclaurin polynomial and estimate value of
is 1.14.
Learn more about maclaurin polynomial here:
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Answer:
5ab + 8 - 1a^2.
Step-by-step explanation:
Combining like terms, we get 3a^2 - 4a^2 = -1a^2. We get 9ab - 4ab = 5ab. Then we get, 5 + 3 = 8. Together this is 5ab + 8 - 1a^2
For part A: the constant is 83.50. the variable would be c and w. and the coefficient would be 10c or 15w.
part B: so 10(4)+15(15)+83.50 -----> 10x4= 40------> 40+15(15)+83.50---->15x15=225
40+225+83.50=348.50
part C The coefficient would change because a constant is always constant, a variable is just a letter standing in for a number which would make the coefficient the one that changes for $10 to $20.
hope that help!
Answer:
36.5 inches
Step-by-step explanation:
Given
See attachment for the given data
Required
Which length is closest to 4.2lb
The given data is a linear dataset.
So, we start by calculating the slope (m)

Pick any two corresponding points from the table
So, we have:


So:




The linear equation is then calculated using:

This gives:

Open bracket


To get the length closest to 4.2lb,
we set 
Then solve for x
So, we have:


Collect like terms


Solve for x

