Question

Instructions
For this option, you will work individually.

You’ve worked hard in this module to become a pro at equations! Now, you’ll put your skills to the test. Your job is to create an equations portfolio. The format is up to you. Be creative! You may use a slideshow, document, video, etc. As long as all of the parts of the project are addressed, the delivery is up to you.

Your portfolio must include a minimum of the following five types of equations and solutions:

Two one-step equations
Two equations that contains fractions
One equation with distributive property
One equation with decimals
One real-world problem that is solved by an equation
Remember that each equation must include at least one variable. Once you have created each equation, you will solve it and show your work. Pretend that you are teaching the equations to a new pre-algebra student. Or you can actually teach them to a sibling or friend!

This is a total of 7 equations and solutions.

Answer 1

1) An example of a 2 step equation is:

5x + 2 = 17

2) An example of a 2 step equation that contains fractions:

(2/3)x + 6 = 18

3) One equation with distributive property is:

4x(6 - 2) - 10 = 20

4) One equation with decimals is;

4.3x + 0.7 = 5

How to Identify types of Equations?

An example of a 2 step equation is:

5x + 2 = 17

An example of a 2 step equation that contains fractions:

(2/3)x + 6 = 18

One equation with distributive property is:

4x(6 - 2) - 10 = 20

One equation with decimals is;

4.3x + 0.7 = 5

Real world equation:

Peter's restaurant is bringing in money from customers, and he needs to know how much he needs to pay off the bill for the electricity to run the place.  To turn the electricity on, he has to pay $25.  For every hour that the electricity is on for, he has to pay $4.  How many hours can he have the electricity on for if she makes $49 profit?

I hope these helped!  Not too sure about the last one, I sort of let me imagination run wild.  In any case, don't hesitate to ask me questions if you have any further inquiries. <3

Read more about Equivalent Equations at; https://brainly.com/question/2972832

#SPJ1