Answer:
Step-by-step explanation:
Sweet. Get to answer finally. I was the guy commenting on your other post.
1. 72
2. 46
3. 99
4. Same side interior angles are supplementary
5. alternate interior angles are equal to each other so set up the x expressions equal to each other. 5x-7=3x+17. Solve for x
5x-7=3x+17
2x=24
x=12
plug it in for the 5x-7 and get an angle.. 5(12)-7
60-7
53.
The 5x-7 and the 4y+3 is supplementary.
so 53+3+4y=180. combine the 2 and set them equal to 180 to find y
56+4y=180
124=4y
y=31
And now we find the angle of 6. We know that corresponding angles are equal and the y expression and angle 6 are corresponding angles
so plug in your answer for y in the expression..
4(31)+3 = 127.
so angle 6 is 127
Answer:
4.4
Step-by-step explanation:

Can show me a pic of the problem
Answer: Fourth option is correct.
Step-by-step explanation:
Since we have given that
Number of passengers for first car can hold = 6
Number of passengers for second car can hold = 3
According to question, If the ride designer wants to make sure that each run holds at least 12 passengers.
Let the number of 6 passengers cars be 'x'.
Let the number of 3-passengers cars be 'y'.
So, our equation becomes,

Put x = 0, y= 0
So, it becomes 0≥4 which is false.
So, it is shaded away from the origin.
At x= 0, y≥4
at y = 0, x≥6
Hence, Fourth option is correct.
M is the miles you can drive
The equation will be

The limo can travel at least
333 miles.