Answer: The missing coordinate R is 5.
Step-by-step explanation:
11=1/2(-4) + B
11=-2 +B
B= 13
B represents the y-intercept
so we will use the equation y=mx + B and we know the slope and y intercept.
r= 1/2(-16) + 13
r= 5
To find the median between two middle numbers that are exact, it would just be that same number. For example: 3, 6, 7, 7, 8, 9 => the median would be 7 since 7 is both the middle numbers.
Answer:
The other endpoint is (-27,1)
Step-by-step explanation:
The midpoint is (x1+x2)/2 , (y1+y2)/2 = -22, -7
-22 = (x1+x2)/2
One of the endpoints is (-17,-15)
-22 = (-17+x2)/2
Multiply by 2
-22*2 = -17+x2
-44=-17+x2
Add 17 to each side
-44+17 = -17+17+x2
-27 = x2
-7 = (y1+y2)/2
One of the endpoints is (-17,-15)
-7 = (-15+y2)/2
Multiply by 2
-7*2 = -15+y2
-14 = -15+y2
Add 15 to each side
-14+15 = 15-15+y2
1 = y2
The other endpoint is (-27,1)
If the expression is what I understand it is, this is my answer. (x to the third times x to the negative sixth all squared)
First, i would simplify what is inside the parentheses. x^-6 is the equivalent to
1/x^6. Therefore, the expression inside the parentheses is a fraction: x^3/x^6.
When dividing numbers with exponents, just subtract the exponents.
3-6= -3 so the simplification of the expression in the parentheses is 1/x^3.
To finish the problem, I would apply the square from outside the parentheses to the values inside them. In this way, the exponent would be multiplied by 2.
Our final answer is 1/x^6.
For example, all equilateral triangles are similar and all squares are similar. If two polygons are similar, we know the lengths of corresponding sides are proportional. In similar polygons, the ratio of one side of a polygon to the corresponding side of the other is called the scale factor.