P^2 - 9
p^2 - 3^2
(p+3)(p-3)
Hope this helps!
Answer: UV = 52
Concept:
Additive property of length, or the segment addition postulate, states that given 2 points A and C, a third point B lies on the line segment AC if and only if the distances between the points satisfy the equation AB + BC = AC.
Solve:
<u>Given information</u>
TU = 4x
UV = 2x + 14
TV = 7x - 5
<u>Given expression deducted from the additive property of length</u>
TV = TU + UV
<u>Substitute values into the expression</u>
7x - 5 = 4x + 2x + 14
<u>Combine like terms</u>
7x - 5 = 6x + 14
<u />
<u>Subtract 6x on both sides</u>
7x - 5 - 6x = 6x + 14 - 6x
x - 5 = 14
<u>Add 5 on both sides</u>
x - 5 + 5 = 14 + 5
x = 19
<u>Find UV by substituting the value of x</u>
UV = 2x + 14 = 2 (19) + 14 = 
Hope this helps!! :)
Please let me know if you have any questions
Answer:
up
Step-by-step explanation:
You would move it up the y-axis
Answer:
40 feet
Step-by-step explanation:
Answer:
Sugar Maple
8 + 1.5x = 15.5
Fraser Fir
8 + 0.25x = 9.25
Sycamore
8 + 2.5x = 12.5
Oak
8 + 4x = 28
It <u>cannot</u> be <em>Red Maple</em> or <em>Linden</em>, because they are multiplying the number of years by the height it already has. We are looking for the height it <u>will have</u> BASED on the <u>rate</u> that Chang calculated.
Therefore, we are multiplying the <u>RATE</u> by the <u>NUMBER OF YEARS (x)</u>
Step-by-step explanation:
It cannot be red maple, because you are multiplying the height it already has, and not the rate it will grow by. The same goes for Linden.
The right expression to represent the growth of Red Maple would be
8 + 3x = 23
The right expression to represent the growth of Linden would be
8 + 1.5x = 15.5
Therefore, again, the <u>correct answer(s)</u> would be: <u>Sugar Maple, Fraser Fir, Sycamore, and Oak</u>.