The equation in standard form that passes through (0, -3) and (7, 0) is 3x – 7y = 21
<u>Solution:</u>
Given, two points are (0, -3) and (7, 0)
We have to find that a line that passes through the given two points in standard form.
First let us find the slope of the line that passes through given two points.
The slope of the line "m" is given as:
Now, let us find the line equation using point slope form:
7(y – 0) = 3(x – 7)
7y = 3x – 21
3x – 7y = 21
Hence, the line equation in standard form is 3x – 7y = 21.
Answer:
Step-by-step explanation:
x + 2y - x - y - 5x
x - x + 2y - y - 5x
0 + y - 5x
- ( 5x - y ) or y - 5x or y = 5x
We can divide 4424 by 56 to find our length. 4424/56 is 79. Therefore, the length is 79m. To check our answer, we can multiply 79*56. 79*56 is 4,424.
Answer:
slope: 5/7
0.714 mile per hour
Step-by-step explanation:
slope: find the point where the line is right on the line graph, put y/x which is 10/14 make the fraction smaller which is 10/14 = 5/7(I divide the denominator and nominator by 2)
Mile per hour: 5/7 cross multiply with x/1, make into an equation:
7x=5 x 1
7x = 5
x = 0.714
Answer:
10th term means n = 10
we have general term = n² -8
substituting the value of n we get
10² - 8 = 100-8 =92
Step-by-step explanation:
