Chapter 6.7 INEQUALITIES Multiplying and Dividing

Good Day Girls and Boys!

We are moving onward with inequalities, but this time solving these using multiplication and division.  These are still one step inequalities, but in the near future we will be solving for 2 step inequalities.

Your vocabulary terms for this lesson are...you guessed it...Multiplication and Division  Properties of Inequalities!  So make sure to define these in your portfolios! 

Remember that I spoke about the little twist in solving Inequalities from Equalities????? Well, check out the KEY CONCEPT on page 507 in your textbook and there it is!  When solving for multiplication or division with NEGATIVE NUMBERS you flip the SIGN!!! We will go over this in class so don't panic! 

WRITE THE CONCEPT IN YOUR GRAPHIC ORGANIZER!!

This pair of pups are STUNNING! Jack is such a lucky young man to have these to go home to.

Homework: Read this blog, take notes and complete vocabulary for Multiplying and Dividing INEQUALITIES!

EX 1 & 2 

EX 3 & 4 

EX 5

As Always in MATH,

Mrs M

Chapter 6.6 INEQUALITIES in EE Standard

Good Evening Girls and Boys,

I hope your vacation was everything you planned it to be.  Now that you are rested up and ready to start MATH, we will begin with INEQUALITIES.  This is the first vocabulary term and it means that the solution to the problem has MORE THAN ONE ANSWER or solution. For instance: I have $100 in my pocket for groceries for the week. I can spend anywhere from $100 to $0 for groceries, not a finite answer.  

The other vocabulary terms are Addition and Subtraction of Inequalities- and these are the rules, laws or principals that allow you to solve these inequalities. Check out page 498 for some interesting reading in the KEY CONCEPT box.  

You will find that solving inequalities is much like solving for equalities.  They use much the same properties but hang on- there is one tricky part to this that is coming your way soon.  So stay tune and wait- 

Here is Faith's kitty, TANK, as she catches a ray of sunshine.  What a cutie.

Homework: read the blog, take notes, complete vocabulary and post in portfolio for INEQUALITIES.

OVERVIEW of Inequalities

EX 1

EX 2

EX 3

EX 4

As always in MATH,

Mrs M

Chapter 8.5 VOLUME of a Pyramid in the Geometry Standard

Good Evening Girls and Boys,

Today we are building on with the last lesson on 

VOLUME of Prisms and exploring

 VOLUME of PYRAMIDS! 

 Volume is the same: 3-D or 3 dimensions - L W H but now we are working on pyramids.  And if you recall, in the 6th grade you studies these structures a great deal. 

 We will find out the capacity or how much it holds by using our Volume formula ( Shortcut) for Pyramids :

 V=1/3 LWH ! 

This formula looks fairly bazar, but we will look at this closely in class.  Make sure you write down the formula for 

volume in your graphic organizers!

Here's Little Penellope in her EASTER  DRESS!  She is a sweetie!

Homework: Read the blog, take notes in your graphic organizer, complete your vocabulary and post in Portfolio for Chapter 8: 
VOLUME of PYRAMIDS!
Ex 1
Ex 2
Ex 3
Ex 4

Ex 5

As always in MATH,

Mrs M

Chapter 8.4 VOLUME of PRISMS in the geometry strand

Good Afternoon Ladies and Gentlemen,

The changing of the guard has happened- I am back!  The last 3 chapters have been a bit more choppy and we will be finishing these, starting with the end of chapter 8 on Geometry.  We will review in class the vocabulary as this is upmost important in math but especially in Geometry.  But in this section we are looking at formulas ( shortcuts ) again and 3-D shapes, in particular, PRISMS.  This is your first vocabulary term for this section.   A prism is labeled by the bases, if the base is a rectangle, the prism is a rectangular prism.  And if the base is a triangle, it is called a triangular prism.   Prisms are everywhere: Cereal boxes, tents, wedges, and so on...... bet you can name many. Prisms is your second vocabulary term.   And in this section we will find out the Volume of the prisms.  That is how much the prism can hold if it were to be filled up. The formula for volume is V=BH (or V=LHW)  for a rectangle prism or V= 1/2 BH ( 1/2 LWH) for a triangular prism. These formulas are similar to the formulas for rectangles and triangles.  This sounds confusing, but hang on , watch the videos, take notes, and ask away with questions.  Make sure you write in your vocabulary terms in your graphic organizer.

Who is this little elf????? 

Homework: Read the blog, take notes in your graphic organizer, complete vocabulary terms and post in Portfolios for Chapter 8.4 VOLUME of PRISMS!

Ex 1 VOLUME of Rectangular Prisms

Ex 2 VOLUME of Triangular Prisms

Ex 3 Volume of Rectangular Prisms

 As always in MATH,

Mrs M

Chapter 8.3 Area Formulas for Composite Shapes!

Good evening Girls and Boys

Here are the videos on chapter 8, lesson 3.

This Lesson is all about finding the area of Composite 

A Composite Figure is made up of two or mores shapes.

To find the area of a composite figure you will 

decompose the figure into shapes with area you know. 

Figures

Then add the areas of all the shapes.

Our secret word is “Composite Figure”.

 In this lesson we will introduce the area of a 

parallelogram, triangle, circle, and trapezoid. 

.

Here's Little Brew.......... he is the sweetie of Estelle's.

Homework: read the blog, take notes in your graphic organizer, complete the vocabulary and post 

in your portfolio for chapter 8.3.......

Vocabulary

Area Formulas

Ex 1

Ex 2

Ex3

Ex 4

As always in MATH,

Mr B