For the first one, it would be a mile every half hour, or a mile and a half every hour. The second one would be 1 mile every twenty minutes. I think it would be safe to say an 1 hour and a half or answer choice "D" for this problem.
Let me now if I can be more of an assistance!
Answer:
Consider the following explanation
Step-by-step explanation:
The experimental unit here is a cat.
The explanatory variable is a numerical variable which identifies the time for which a given cat is subjected to hunger deprivation.
The response variable is a categorical variable which identifies whether there is an increase in aggression in a given cat.
The interacting variable is a numerical variable where weight of a given cat is noted.
Population here is the 10 cats.
There is no control group for the given experiment.
Dependent variable is the weight of each cat as it changes as the experimental units are subjected to hunger deprivation.
Score of the 6th individual is 1. 6=mean so 7+7+7+7+7=35. 6x6=36.
Answer:
Step-by-step explanation:
Whats the question lol
Answer:
See Explanation
Step-by-step explanation:
Your question is incomplete. I will take the complete question as:
Required
Determine whether Rollie's theorem can be applied or not
First, find the coordinates of the endpoints on the closed interval [-1, 1]
------
----
Find the derivative of f(x)
Calculate the slope (m) of the secant line i.e. and
Set the derivative to the calculated slope:
Plug in 0 for x in f'(0)
<em>Since f'(0) is differentiable at x = 0. We can conclude that Rollie's theorem can be applied</em>
<em />