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Wednesday, October 31, 2012

Discussion Question 3

What is a linear equation? Is there one set way to solve a linear equation? Why or why not?

Due: Monday November 5, 2012 @ 11:59pm

Remember, always write your comments in complete sentences. Your comments should be at least 5 sentences long (a paragraph).

Video on How to Solve Linear Equations

Here's a helpful video on Linear Equations by Khan academy!

Watch!!


Homework Help- Linear Equations

ASA!

Having trouble with linear equations? Remember the goal is to get all variables on one said of the equal sign and get all numbers on the other side of the equal sign.

For example: Number 25 in your book work pg. 21

2z - 3 = 6z + 25

1. We notice that on each side of the equal sign there is a variable and a number ( 2z - 3, 6z + 25)
2. We need to move the numbers all on one side.
3. Lets move the 3 first. Since the three is subtracted we add it to both sides to get rid of it.

2z - 3 = 6z + 25
     +3         +3
---------------------
2z +0 = 6z + 28     or      2z = 6z + 28 ( I removed the zero)

4. But we are still not done. We need to get all the "like" terms on one side. Lets move the z's all to one side and keep the numbers on the other. In order to do that we must subtract 6z from both sides.

2z = 6z + 28
-6z   -6z
---------------------
-4z = 0 + 28      or    -4z = 28

5. Last step, solve for z. Since the -4 is multiplied by the z, divide -4 on both sides of the equal sign.

-4z = 28
----    ----
-4      -4

z = -7



Monday, October 29, 2012

Grades on Engrade!

Grades are up on Engrade! Check them out!

Quiz

ASA,

Quiz on Wednesday (10/31) over transformations and parent functions! Make sure you do your homework!

Also, a lot of you are having trouble on parent functions and transformations, watch the video, ask your classmates for help, or come to office hours! There are no excuses to not have your homework complete and prepared for the quiz. 

Friday, October 26, 2012

Discussion Question 2

ASA!

Discussion question 2 is below:
1. Compare the domain and the range for the parent quadratic function to the domain and range for the parent linear function.

2. Compare the domain and the range for the parent square root function to the domain and range for the parent cubic function.

Leave your answer below in the comments section.
Answer the questions in complete sentences in paragraph form.

Due: Wednesday ( October 31, 2012) @ 11:59pm

Homework/Extra Credit/Parent Functions Extra Help

ASA!

Thank you for all your feedback on the class. Some helpful changes will be made to improve the class!
Don't forget:

1. Complete your book work (Chapter 2.7) #'s 21-28 ---yes you must graph! Due Monday in class. 
2. Complete your parent functions worksheet. Still confused on parent functions? Watch the video
          below! Still confused?? Ask questions in class on Monday! Due Monday in class.
3. Discussion question 1 is due Monday @ 11:59 pm. Post your answer to the discussion question
           in the section below. Remember your answer should be at least 5 sentences (a paragraph). Answer
           the question in paragraph form.

4. Extra Credit? Complete pages 5-6 in the green workbook. Due Wednesday in class.


Here is a helpful video on parent functions!

Click here for the video!



Wednesday, October 24, 2012

Grades

Class,

I have updated the test grades with your extra credit if you turned in the syllabus bonus sheet or your warmups. Ask me about your grade on Friday.

Welcome & First Discussion Question

ASA Class!

Our start was a bit rocky, but In'shallah the class will pick up with full speed! I will use this blog to post daily discussion questions, reminders, helpful videos, homework hints and much more! You all should check the blog daily for new information and helpful homework links. I'm excited for our full math day on Friday! If you have any questions leave a comment below!

Below is a video of transformations! Watch!

 Discussion Question 1: What does a transformation tell us about a graph?
  
 Leave your answer to the discussion question below. To add a comment click the comments/no comments link below. 
Due: October 29, 2012 @ 11:59 pm