Answer:
(no solutions)
Step-by-step explanation:
Solve for n:
(0 + i)^(2 n + 1) = 0
Since i^z is never zero for any z element C, no solution exists for i^(2 n + 1) = 0:
Answer: (no solutions)
Answer:
n = -14
Step-by-step explanation:
n/2 = -7
Multiply by 2 on both sides to isolate n
n = -7 x 2
n = -14
Hello,
Answer B
Just see the graphs. y=x² is passing by (0,0)
Hello there!
4³ + 2(3 - 2)
= 64 + 2(1)
= 64 + 2
= 66
The correct answer is option C
The second part*
A variable cubed >>>>> x³
Quotient of some number and three >>> b ÷ 3
Product of an unknown value and three >>>>> 3a
Three less than a variable >>>y - 3
Three more than some number >>>> z + 3
If you have any misunderstanding, please let me know. As always, I am here to help!
Answer:
DPMO = 40
Does not meet Six Sigma goals
Step-by-step explanation:
If there are 40 possible defects in each of the 5,000 devices, the number of defect opportunities is:

If 8 total defects were found, the DPMO for the sample is:

Six Sigma aims to reduce defects to 3.4 Defects Per Million Opportunities, since the DPMO is higher than 3.4, the process does not meet Six Sigma goals.