Every point on a line satisfies the equation of that line.
If two lines intersect at one point, that point is a point on both lines, so it must satisfy both lines. Since two different lines can intersect at most at one point, that point is the only point that makes the two equations true.
Answer:
or 
Step-by-step explanation:
You can use the following work-rate formula:

In this case let be
the time it takes for Natalie to pick 40 bushels,
the time it takes for Mary to pick 40 bushels and
the time it takes to pick 40 bushels if they work together.
Based on the information given in the exercise, you can identify that:

Then, knowing this values, you need to substitute them into the formula:

Finally, you must solve for "t" in order to find its value.
The result is:

Since
:

Therefore it would take 5 hours and 44 minutes to pick 40 bushels if they worked together.
To find the mean, add up all of the miles and divide by the number of years. 12100 + 15758 + 12200 + 11800 + 12750 = 64608. 64608/5 = 12921.9. The mean (the average) is 12,921.9 miles.
To find the median, put the numbers in order and find the middle number. The middle number is 12200. The median (middle number) is 12,200 miles
To find the mode, you would look for the number that is repeated the most. In this data set, no number repeats, so there is no mode. There is no mode for this data set.
The mean (average) would be the best measure of central tendency to predict how many miles Gina will drive in the sixth year.
I hope this helps! Can I have Brainliest, please? :)
ANSWER
Find out the how old was we when he died.
To proof
Let us assume that the age of the Adam be x
As given
Adam lived a quarter of his life as a boy as fifth as a young man, a third in middle-age and 13 years in retirement.

L.C.M of denominator i.e ( 4,5,3) =60
than the equation becomes
60x = 15x + 12x +20x +780
60x - 47x = 780
13x = 780

x = 60 years
therefore the Adam age when he died is 60 years.
Hence proved
Answer: (2,5) is 5 units above (2, 0)
Step-by-step explanation: The first point has a 5 in the y-axis (up and down) while the second point is on the x-axis