Answer:
120 = 2³ × 3 × 5
210 = 2 × 3 × 5 × 7
LCM(120 ; 210) = 2³ × 3 × 5 × 7 = 840
The first option is a function as it passes the vertical line test and as each domain (x value) is paired with exactly one range (y value)
Answer:
The distance between (-1,5) and (2,5) is √9 or 3.
Step-by-step explanation:
Okay first, just for explaining purposes, let's call the ordered pair (-1,5) letter A and ordered pair (2,5) letter B.
Now to the answer. To start you use the distance formula. which is:
d=√( (x2-x1)²+(y2-y1)²)
Then you solve by plugging the ordered pairs into the formula where -1 from point A is X1 and 5 from point A is Y1. 2 from point B is X2 and 5 from point B is Y2.
When you solve it should look like this:
1. d=√( (x2-x1)²+(y2-y1)²)
2. d=√( (2- -1)²+(5-5)²) *2 minus a negative one means plus so we get 3*
3. d=√( (3)²+(0)²)
4. d=√( 9+0)
5. √9 = 3
17
>
12
Which statement best describes this inequality when graphed on a number line where positive numbers are to the right of zero?
12 is located to the right of 17.
12 is located to the right of 17.
17 is located to the right of 12.
17 is located to the right of 12.
12 is located 12 units to the left of zero, and 17 is located 17 units to the right of zero.
12 is located 12 units to the left of zero, and 17 is located 17 units to the right of zero.
17 is located 17 units to the left of zero, and 12 is located 12 units to the right of zero.
