Answer:

- axis of symmetry
- vertex
- Domain and Range
- Max and Min
<em>Hope this helps!!!</em>
The third side is = 4
This is a perfect square. Also, using the Pythagorean theorem you can find the third side
3squared + xsquared = 5 squared
9 + xsquared = 25
xsquared = 16
sqrt of 16 = 4
Answer:
|a-c| meters
Step-by-step explanation:
If I am piloting an airplane to prepare for landing, I change the plane's altitude from a meters to c meters, then the expression that represents the distance between two altitudes is given by |a-c| meters, not by |a+c|.
For, example if the altitude of the plane changes from 1000 meters to 500 meters for preparing for landing then the distance between those two altitudes is |1000 - 500| = 500 meters. (Answer)
But using the expression |a+c|, I will get the wrong answer as |1000 + 500| = 1500 meters.
Answer:

Godbel is wrong in the reasoning as the answer does not depend on the number of negative numbers in the expression. Instead it depends on the value of the sum of positive terms and the value of the sum of negative terms. If the values of sum of positive terms is greater than the value of the sum of negative terms then the answer will be a positive and vice versa.
Step-by-step explanation:
Given expression:

To evaluate the expression.
Solution:
We have: 
Removing parenthesis first as a positive and negative multiply to give a negative.
⇒ 
Then we can group the positives and negatives together.
⇒ 
⇒ 
Since the negatives combine by getting added up with the sum being negative, so we have:
⇒ 
As, we can see the positive value (21) is greater than the negative value (15) and hence the answer would be a positive.
⇒ 6
Godbel is wrong in the reasoning as the answer does not depend on the number of negative numbers in the expression. Instead it depends on the value of the sum of positive terms and the value of the sum of negative terms. If the values of sum of positive terms is greater than the value of the sum of negative terms then the answer will be a positive and vice versa.
The answer is 1.048576 x 10 to the 6th power.