Answer:
(4, 0) is the x-intercept
(0, 3) is the y-intercept
Now, find those two points on the graph, line up a ruler between them and draw your line. Bingo! You have graphed the equation
Step-by-step explanation:
The x-intercept occurs when y = 0 and the y-intercept occurs when x = 0
So, substitute 0 in for y and substitute 0 in for x
3x + 4(0) = 12 3(0) +4y = 12
3x + 0 = 12 0 + 4y = 12
3x = 12 4y = 12
x = 4 y = 3
(4, 0) is the x-intercept
(0, 3) is the y-intercept
Now, find those two points on the graph, line up a ruler between them and draw your line. Bingo! You have graphed the equation
Yes, Monty can use the number line to find an equivalent fraction with a denominator greater than 6.
For Example,
Consider
The equivalent fraction of is .
So, yes you can represent on a number line by putting 6 lines between 0 and 1 and Can Represent by putting 34 lines between 0 and 1.
There is no effect of denominator to find equivalent fraction of any rational number, whether the denominator is greater than 6 or less than 6, but denominator should not be equal to Zero.
We can find equivalent fraction of any rational number , the denominator of that rational number should not be equal to Zero.
Given:
Our first step would be to distribute the (6-2v) by -1, since there is an understood -1 in front of the parenthesis. We are then left with:
Combine like terms.
Add 6 to both sides to isolate 9v on one side of the equation.
Divide both sides by 9 to isolate v.
Simplify.