Answer:
see explanation
Step-by-step explanation:
The geometric mean of 2 numbers a and b is 
The third term is the geometric mean of the first and fifth terms, that is
a₃ = 
= 31.5
The second term is the geometric mean of the first and third terms, that is
a₂ = 
= 10.5
The fourth term is the geometric mean of the third and fifth terms, that is
a₄ = 
= 94.5
Thus the sequence is
3.5, 10.5, 31.5, 94.5, 283.5
5 - x - 4 ≤ -3
1 - x ≤ -3
-x ≤ -4
x ≥ 4 is the answer
Answer:
x=3.75
Step-by-step explanation:
-4(1.5-x)=9
first distribute
6-4x=9
then isolate the variable
F(x)= x² + 5, is just a parabola shfited upwards by 5 units, so, is a smooth graph and no abrupt edges, so from 0 to 3, is indeed differentiable and continuous. So Rolle's theorem applies, let's check for "c" by simply setting its variable to 0, bear in mind that, looking for "c" in this context, is really just looking for a critical point, since we're just looking where f'(c) = 0, and is a horizontal tangent line.
Answer:
read the explanation, i'm not gonna answer this one for you, but instead I want you to try this on your own.
Step-by-step explanation:
divide the 360 by each percentage, and if you dont know how to do that, there are videos out there, i <em>would</em> explain it <em>but </em>i dont have much time to write all of that. after you get each number from dividing 360 by each percentage <em>individually </em>you will add up the <u>needed</u> numbers. that will give you your answer! have a nice day :D
