Prime Factorzation is finding the PRIME numbers that, multipied together, equal the number.
Finding factors is finding all the numbers that can be multiplyed in various combos to get the number.
Answer:
126.5
Step-by-step explanation:
Given :The monthly rent for each unit is $925
To Find : What is the GRM for a residential duplex with a selling price of $234,000 if the monthly rent for each unit is $925?
Solution:
Annual Gross Rents = $925
Property Value = $234,000
For answer to be 126.5 , $925 must be semiannual rent
So, annual rent = 925*2
Formula : Property Value = Annual Gross Rents X Gross Rent Multiplier (GRM)
Substitute the values :
Hence The GRM for a residential duplex with a selling price of $234,000 if the monthly rent for each unit is $925 is 126.5
So, Option D is true .
Hello there!
To find the slope of a line, we need to know at least two points contained in the graph of the line.
The slope of a line passing through the points and is given by the formula: .
As we can see on the graph, two points contained on the line are and .
Using the formula above, we get that:
Subtract the values on both numerator and denominator of the fraction
This is the slope of this line we were looking for and is the answer contained on the 4th option.
Each piece of this function is continuous on its respective domain (because all polynomials are continuous functions), meaning
• 2 - x exists for all x < -1
• x exists for all -1 ≤ x < 1
• (x - 1)² exists for all x ≥ 1
So this really just leaves the points where the pieces are split up, i.e. x = -1 and x = 1. At both of these points, the two-sided limit exists as long as the one-side limits from both sides exist and are equal to one another.
At x = -1, as I said in my comment, you have
while
But -1 ≠ 3, so the two-sided limit
does not exist. So a = -1 is one of the points you would list.
At x = 1, we have
while
and again the one-sided limits don't match, so this two-sided limit also does not exist, making a = 1 the other answer.