Type the correct answer in the Box use numerals instead of words if necessary use / for the fraction bar find the missing term
2 answers:
The roots of the given equation are 5 + 3i, 5 - 3i.
This means the two factors of the given polynomial are x - (5+3i) and x - (5 - 3i). The product of the factors must result in the original expression. So, we can write:
x² - (answer) + 34 = (x - 5 -3i)(x - 5 + 3i) (Equation 1)
Simplifying the right hand side:
Thus, we can write the Equation 1 as:
x² - (answer) + 34 = x² - 10x + 34
Comparing the two sides, we can conclude that the answer to this question is 10x.
This means the two factors of the given polynomial are x - (5+3i) and x - (5 - 3i). The product of the factors must result in the original expression. So, we can write:
x² - (answer) + 34 = (x - 5 -3i)(x - 5 + 3i) (Equation 1)
Simplifying the right hand side:
Thus, we can write the Equation 1 as:
x² - (answer) + 34 = x² - 10x + 34
Comparing the two sides, we can conclude that the answer to this question is 10x.
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We need to find the base x in the following equation:
First, lets convert 365 from base 7 to base 10. This is given by
where the upperindex denotes the position of eah number. This gives
that is, 365 based 7 is equal to 194 bases 10.
Now, lets do the same for 43 based x. Lets convert 43 based x to base 10:
where again, the superindex 0 and 1 denote the position 0 and 1 in the number 43. This gives
Now, we have all number in base 10. Then, our first equation can be written in base 10 as
For simplicity, we can omit the 10 and get
so, we can solve this equation for x. By combining similar terms. we have
and by moving 197 to the right hand side, we obtain
Finally, we get
Therefore, the solution is x=5
Answer:
0.024
Step-by-step explanation:
Sample size (n) = 146 people
The proportion (p) of people who answered that they would be interested in seeing the show again is:
The standard error for a sample of size 'n' and proportion 'p' is:
The standard error for the sample proportion of audience members who want to see the show again is 0.024.