Guys my problem is maths solve x and graphs

maths literacy,accounting, economics and business . eish I did not wnt to do human resources

If you need help with math (algebra; solving for x), put that in your School Subject box so a math or algebra tutor will see your post!!

Guys my problem is maths geometry

ON SOLVE FOR X,what you do on your left hand side you have to do it on your right side

Sure, I can help you with that! Math problems involving solving for "x" and working with graphs can vary, but I can certainly guide you through the process.

To start with, let me explain how to solve equations for "x." When you have an equation with an unknown variable, such as "x," the goal is to find the value of "x" that satisfies the equation. Here are the general steps to solve for "x":

1. Simplify the equation if needed by combining like terms or applying any necessary operations (addition, subtraction, multiplication, division).

2. Isolate the variable "x" by moving all other terms to the opposite side of the equation. For example, if "x" appears on the left side of the equation with other terms, move those terms to the right side, or vice versa.

3. Apply inverse operations to eliminate any coefficients or constants that are multiplying or adding to "x."

4. Continue simplifying until "x" is the only term left on one side of the equation.

5. Solve for "x" by applying any further algebraic rules if necessary, such as factoring, using the quadratic formula, or solving logarithmic or exponential equations.

Once you have solved for "x," you can use this value to plot points on a graph or solve graph-related problems. Graphing is a visual representation of equations and functions. Here are the general steps for graphing a function:

1. Determine the domain and range of the function, which specifies the valid input values and the resulting output values.

2. Plot points on the graph by substituting different values of "x" into the function and computing the corresponding values of "y" (or the dependent variable).

3. Once you have a set of points, connect them using a smooth line or curve, depending on the type of function.

4. Label the axes of the graph with appropriate scales and units.

5. If needed, identify key features of the graph, such as intercepts, asymptotes, maximum or minimum points, or interval behavior.

By understanding these general steps and applying them to specific math problems or equations, you'll be able to solve for "x" and create graphs effectively. Let me know if you have any specific equations or graphing problems that you would like help with!