designer Yohji Yamamoto

If you put those values into the slope-intercept form, **y = mx + b**, you get the equation . Write the equation of the line that has a slope of and a y-intercept of −5. Substitute the slope (m) into y = mx + b. Substitute the y-intercept (b) into the equation.

y = 3 is the equation of a **horizontal line**. So there is no change in the y coordinate and hence the slope is zero.

The slope-intercept form is y=mx+b y = m x + b , where m is the slope and b is the y-intercept. Using the slope-intercept form, the y-intercept is **−1** .

A geometric representation of L is **a representation into the lattice of subspaces of a vector space over some skew field**.

**The equation y=3 represents a horizontal line**, which will have exactly one intersection point with any vertical line. So it passes the vertical line test for a function too.

If Y = 3 is treated as an equation in one variable, then it has a unique solution y= 3. So it is a point on the number line. Given equation Y equal to 3 can be written as **0.** **x + y = 3**, which is a linear equation in two variables x and y.

1 Answer. George C. It can be rewritten as y=3√64−x , which uniquely determines y for any Real value of x , so **yes it is a function**.

In two variables, y = 3 represents **a straight line passing through the point (0, 3) and parallel to the x-axis**. It is a collection of all the points on the plane, having their y-coordinate as 3.

**Key Concepts**

- Find three points whose coordinates are solutions to the equation. Organize them in a table.
- Plot the points in a rectangular coordinate system. Check that the points line up.
- Draw the line through the three points. Extend the line to fill the grid and put arrows on both ends of the line.

The one variable, we represent in graphical by **a line either \ or \**. In this sum we use \ line to represent a one variable equation or single variable equation. The two variables, we represent in graphical by a line in \. That is $y$ as one variable.

Polynomial is a algebraic expression which contain variable and constants with positive degrees. But in this case, variables and constant are there but there is no positive degree so it is **not a polynomial**

The general form of a linear equation in one variable is **Ax + B = 0**. Here A is the coefficient of x, x is the variable, and B is the constant term. The coefficient and the constant term should be segregated to find the final solution of this linear equation.

**A scatterplot** shows the relationship between two quantitative variables measured for the same individuals. The values of one variable appear on the horizontal axis, and the values of the other variable appear on the vertical axis. Each individual in the data appears as a point on the graph.

Given: **y=3**. **0x+y−3=0**.

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**The reactants (the starting substances) are written on the left, and the products (the substances found in the chemical reaction) are written on the right**. The coefficients next to the symbols of entities indicate the number of moles of a substance produced or used in the chemical reaction.

The equation y=2 is in slope intercept form, where the slope is 0 and the y-intercept is 2 . The equation can be graphed as the equation y=0x+2 . The graph is **a horizontal line where all values for y are 2** .

The linear equations in one variable is an equation which is expressed in the form of **ax+b = 0**, where a and b are two integers, and x is a variable and has only one solution. For example, 2x+3=8 is a linear equation having a single variable in it.

designer Yohji Yamamoto

Dated : 28-Jun-2022

Category : Education