The right answer for the question that is being asked and shown above is that: "D.The z-statistic lies outside the critical region." Weston completed a hypothesis test and found that he could not reject the null hypothesis. A valid reason for his conclusion is that D.The z-statistic lies outside the critical region.
Answer:
Answer: Option A F(x)=
Explanation:
Quadratic function is the function which has degree two
Degree is the highest power of a polynomial
In option B we have |x| in which degree is one hence, discarded
In option C we have in which degree is three hence, discarded
In option D we have x which is a linear function being of degree one. Hence, discarded.
<u>Answer:</u>
<u>Step-by-step explanation:</u>
<u>A transversal is a line that is intersecting at 2 points. Let's verify all options to see which one is the odd one out.</u>
<h3>__________________________________________________</h3>
<u>Option A</u>
This line is a transversal to AC because it is intersecting in between AC. Hence, Option A is incorrect for this question.
<h3>__________________________________________________</h3>
<u>Option B</u>
This line is also a transversal to AC because it is intersecting in between AC. Hence, Option B is incorrect for this question.
<h3>__________________________________________________</h3>
<u>Option C</u>
This line is not a transversal because it is not intersecting AC. Hence, this will be the correct answer for this question.
<h3>__________________________________________________</h3>
<u>Option D</u>
This line is a transversal because it is intersecting in between AC. Hence, Option D is incorrect for this question.
<h3>__________________________________________________</h3>
After verifying all options, Option C is the most reasonable option. Hence, <u>Option C is correct.</u>
Hoped this helped.
![BrainiacUser1357](https://tex.z-dn.net/?f=BrainiacUser1357)
Answer:
$14.80
Step-by-step explanation:
So it looks pretty easy, all you have to do is add all the numbers up and multiply them by .2 or 20% which should get 20% of the overall bill
The answer is A
One revolution is equal to the circumference of the tire:
C=2pi r=2(1)(frac{22}{7})=\frac{44}{7}
The car travels at 4,400 ft per minute. To calculate the number of revolutions, divide the speed by the circumference:
4,400div frac{44}{7}=4,400times frac{7}{44}=700
700 revolutions.