Answer:
The table that represents the nonlinear function is the one where the x-values are -7, -5 and 0 and the y-values are -3, 0 and 3.
Step-by-step explanation:
In order for a table to represent a linear function, there needs to be a consistent change in y-values divided by the change in x-values. For example, for any two points on the table when we subtract two y-values and divide by the number we get when we subtract two x-values, this change should be represented throughout the table. So, in the case of the other three tables, when we choose two points from the table, such as (-5, 7) and (-2,6) and put them into an equation (y2-y1/x2-x1) or (6-7)/(-2-(-5)) we would get a change of -1/3. However, when we apply this concept to the table where x-values are -7,-5, and 0, we see that the change is not consistent between points, so the function must be nonlinear.
Answer:
5( 2j+j+3)
15j + 15
Step-by-step explanation:
5( 2j + 3 + j)
Combine like terms
5( 2j+j+3)
5( 3j + 3 )
Distribute
5*3j + 5* 3
15j + 15
Answer:
15j + 15, or 15(1 + j).
Step-by-step explanation:
We must do the work inside the parentheses first. We get 5( 2j + j + 3), or
5(3j + 3), and then 15j + 15, or 15(1 + j).
y = 2x + 7
y = 2x + 4
y = 1 over 2 x + 10
The equation which best represents the line with the given points (2, 8) and (4, 12)is.
Given the following points:
To determine the equation which best represents the line, we would find its slope by using the following formula:
The slope of a line refers to the gradient of a line and it is typically used to describe both the direction and steepness of an equation of a straight line.
Mathematically, the slope of a line is given by the following formula;
Substituting the given points into the formula, we have;
Slope, m = 2.
The standard form of an equation of line is given by the formula;
Where:
Next, we would solve for the intercept:
Intercept, b = 4.
Finally, we can now write the equation which best represents the line as follows:
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