
You have

so showing that

amounts to the same as showing that

.
As

, you have

. By comparison, then, it follows that

at a faster rate, which means

must diverge.
<span>The probability none comes from C. is (30/80)*(29/79)*(28/78)=0.0494.
The three buttons have to be pressed in a certain order. Because three buttons have all been pressed many times, then the buttons will be assumed to be distinct.
The chances are then 3! or 6, and the probability is (1/6)
ABC
</span><span>ACB
BCA
BAC
CAB
CBA
In this instance, there are 10 ways to choose each button, three times, independent, since the buttons don't have to be distinct. This is 10^3 or 1000, and the probability is (1/1000).</span>
Given the position function, the velocity function is obtained by taking the derivative:

The velocity is increasing its own derivative is positive, so we also have to find the acceleration by taking another derivative:

To find when
, we first need to know where
:

The quadratic factor is always positive (its discriminant is negative), which leaves one solution at
. To either side of
, we have, for instance,


which indicates that
is increasing for
, making the answer A.
Answer:
1 3/40 pounds
Step-by-step explanation:
difference in weight
= 2 3/8- 1 3/10
= 19/8-13/10
=(19*5 -13*4)/40
=95-52/40
=43/40
=1 3/40 pounds
Answer:
It is E
Step-by-step explanation:
To tell the truth I just did it just be looking at it sorry I can give you the step by step explanation :(