Yes, because it terminates.
Answer:
x = 3
Step-by-step explanation:
Maybe you want the value of x such that ...
4(6^x) = 864
<h3>Solution</h3>
Dividing by 4 gives ...
6^x = 216
You may know that 216 = 6^3. Using that, we can equate exponents:
6^x = 6^3
x = 3
Alternatively, we can use logarithms to find x. Taking logs gives ...
x·log(6) = log(216)
x = log(216)/log(6) = 3
Answer:
Hope this helps you to understand, to do the problem and for future problems!
Step-by-step explanation:
All you have to do is take the numbers, add them, then divide them by how much there are. Once you did that if its a negative you just turn it positive bc its absolute.
The error bound for a trapezoid rule is given with this formula:

Where n is the number of points we used in the approximation, a and b are starting and ending point of an integral, and K is the number such that:

In order to find K we must find the second derivative of our function:

From this, we can see that our K is 120. This is the amplitude of this periodic function.
Now we can calculate the error bound:

Since you did not specify the interval of integration I cannot compute the final error bound. You can simply plug in the numbers to get the answer.
The rate of change is 1.5