The cost of $500,000 worth of 30-year term life insurance and for Fernando is $170.19 per month. If Fernando's employer covers 9
2 answers:
<h2>Answer:</h2>
Fernando will pay $102.114.
<h2>Step-by-step explanation:</h2>If Fernando's gross income should be deducted $170.19 per month for life insurance, then he should be deducted =
As given, that his employer covers 95% of this amount, Fernando only needs to pay 5% for life insurance.
Getting 5% of $2042.28 we have,
= $102.114
Therefore, Fernando will pay $102.114.
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Answer:
Null hypothesis:
Alternative hypothesis:
Step-by-step explanation:
1) Previous concepts
A hypothesis is defined as "a speculation or theory based on insufficient evidence that lends itself to further testing and experimentation. With further testing, a hypothesis can usually be proven true or false".
The null hypothesis is defined as "a hypothesis that says there is no statistical significance between the two variables in the hypothesis. It is the hypothesis that the researcher is trying to disprove".
The alternative hypothesis is "just the inverse, or opposite, of the null hypothesis. It is the hypothesis that researcher is trying to prove".
2) Solution to the problem
On this case we want to test is since we want to check if the new model has improved the warranty rate, we can express it like this:
since are equivalent expressions.
And the alternative hypothesis should be the complement:
Null hypothesis: or
So the correct system of hypothesis for this case would be:
Null hypothesis:
Alternative hypothesis:
The alternative way should be:
Null hypothesis:
Alternative hypothesis:
<u><em>The coordinates of the points A and B are not given. We'll assume: A(3,1) B(12,-5)</em></u>
Answer:
<em>The coordinates of E are (6,-1)</em>
Step-by-step explanation:
<u>Partition of a Segment</u>
The length of segment directed from A(xa,ya) to B(xb,yb) can be decomposed in its x,y coordinates:
If a point E is to be in the segment and partition it into a ratio 1:2, then
\displaystyle \frac{x_{AE}}{{x_{EB}}=\frac{y_{AE}}{{y_{EB}}=\frac{1}{2}
But
Then we set the equation:
Operating and rearranging
Solving
Similarily
The coordinates of E are (6,-1)