Assuming you mean f(t) = g(t) × h(t), notice that
f(t) = g(t) × h(t) = cos(t) sin(t) = 1/2 sin(2t)
Then the difference quotient of f is
Recall the angle sum identity for sine:
sin(x + y) = sin(x) cos(y) + cos(x) sin(y)
Then we can write the difference quotient as
or
(As a bonus, notice that as h approaches 0, we have (cos(2h) - 1)/(2h) → 0 and sin(2h)/(2h) → 1, so we recover the derivative of f(t) as cos(2t).)
120 milliliter equals 120.0000cm³
Complete Question
Complete Question is attached below
Answer:
Step-by-step explanation:
From the question we are told that:
Sample size
Sample Variants
Sigma control limits
Therefore
Total number of observations is Given as
Generally
Summation of defectivee
Generally the equation for P-bar is mathematically given by
Therefore
Generally the equation for 3-sigma upper control limit of the process is mathematically given by
I was confused I thought THS was a typo.
Ok but 462.824 rounded to the nearest tenTHS is 462.8.
The tenTHS digit is one digit right from the decimal point. So in 462.824, 8 is the tenTHS digit.
Now look at the hundredTHS digit. The hundredTHS digit is the number two digits right from the decimal point. In this care, it's 2.
Since the hundredTHS digit is closer to 0 than 10, you would not round up.
So 462.824 rounded to the nearest tenTHS is 462.8.
Answer: -20p+10
Step-by-step explanation: -5(4p-2)
Distribute- -20p+10