Subtract 12 from each side
so it should look like this
-12v=-2v-18
now add 2v to each side
so it should look like this
-10v=-18
now divdie each side by -10
and you should get
v=9/5 or 1 4/5
Answer:
Yes, (6, -2) is a solution to the given system of equations.
Step-by-step explanation:
Please write y = –1/6 x − 1 y = 1/6 x − 3 as follows, for greater clarity:
y = (–1/6)x − 1
y = (1/6)x − 3
Let's actually solve this system:
y = (–1/6)x − 1
y = (1/6)x − 3
-----------------------
2y = -4, or y = -2
Now find x. Arbitrarily we choose to use the first equation for this purpose:
y = (-1/6)x - 1. We set y = -2 and find x: -2 = (-1/6)x - 1
Combining the constants, we get -1 = (-1/6)x, or 6 = x
Yes, (6, -2) is a solution to the given system of equations.
Answer:
<h2>y = -3x + 3</h2>
Step-by-step explanation:


Answer:
The will play the song at the same time by 4:12 pm
Step-by-step explanation:
here, we want to know the time both radio station will play the song after 3pm.
Mathematically to get this, we shall need to find the lcm of both 18 and 24. LCM stands for the lowest common multiple of both.
The lowest common multiple of both is 72.
This means that after 72 minutes, they will both play the song
So the time then would be;
72 + 3 = 4 : 12 pm
While going to the ice
skating rink,
Rosario drives a distance of 55 miles in = 1 hour
Then
While going to the
ice skating rink,
Rosario
drives a distance of
120 miles in = (1/55) * 120
<span> = 2.18 hours</span>
The number of miles
per hour Rosario averages while coming back home = x
Total up and down
time taken by Rosario = 2.75 hours
Then time taken by
Rosario to come
back
home from ice
skating rink = (2.75 – 2.18) hours
<span> =
0.57 hours</span>
Then we can write
the equation as
x = 120/0.57
miles/hour
<span>
= 210.53 miles/hour</span>
<span>So the average speed
of Rosario while coming back home from ice skating rink is 210.53 miles per
hour.</span>