Volume

as many times as you need, then WSQ in your notes.

W = Work out any problems you are given in the video in your notes.

S = Summarize the video.  Use the questions below to guide your summary.

Q = Question you have or a question someone else might have about the information in the video.

Summary Questions:

1. What is Volume?
2. How do you calculate the volume of a rectangular prism/cube?
3. What are the units you use when calculating volume?

Solution to Final Problem:

Surface Area

Watch this video as many times as you need, then WSQ in your notes.

W = Work out any problems you are given in the video in your notes.

S = Summarize the video.  Use the questions below to guide your summary.

Q = Question you have or a question someone else might have about the information in the video.

Summary Questions:

1. How many faces are on a rectangular prism/cube?
2. What is Surface Area?
3. How do you find surface area?
4. What are the units you use when you find surface area?

Dividing Mixed Numbers

Watch this video as many times as you need, then WSQ in your notes.

W = Work out any problems you are given in the video in your notes.

S = Summarize the video.  Use the questions below to guide your summary.

Q = Question you have or a question someone else might have about the information in the video.

Summary Questions:

1. How do you change a mixed number into an improper fraction?
2. How do you change a whole number in to an improper fraction?
3. How do you divide with mixed numbers?

Dividing Fractions

Watch this video as many times as you need, then WSQ in your notes.

W = Work out any problems you are given in the video in your notes.

S = Summarize the video.  Use the questions below to guide your summary.

Q = Question you have or a question someone else might have about the information in the video.

Summary Questions:

1. What is a reciprocal?
2. How can you find the reciprocal of a mixed number?
3. How do you divide fractions?

Solutions to Work:

Multiplying Mixed Numbers

Watch this video  as many times as you need, then WSQ in your notes.

W = Work out any problems you are given in the video in your notes.

S = Summarize the video.  This can be done using bullets.  List at least 3 things you learned from this video or important things to remember about this lesson.

Q = Question you have or a question someone else might have about the information in the video.

Summary Questions:

1. How do you turn a mixed number into an improper fraction?
2. How do you turn an improper fraction into a mixed number?
3. What are the steps for multiplying mixed numbers?

Multiplying Fractions by Fractions

Watch this video as many times as you need, then WSQ in your notes.

W = Work out any problems you are given in the video in your notes.

S = Summarize the video.  This can be done using bullets.  List at least 3 things you learned from this video or important things to remember about this lesson.

Q = Question you have or a question someone else might have about the information in the video.

Summary Questions:

1. List at least 3 observations you made while watching the video.  Be specific.
2. What is the relationship between the numerators in the factors and the numerator in the product?
3. What is the relationship between the denominators in the factors and the denominators in the product?
4. Write a rule for multiplying fractions.
5. Justify your answers in the work portion of the video with models.

Multiplying Fractions by Whole Numbers

Watch this video as many times as you need, then WSQ in your notes.

W = Work out any problems you are given in the video in your notes.

S = Summarize the video.  This can be done using bullets.  List at least 3 things you learned from this video or important things to remember about this lesson.

Q = Question you have or a question someone else might have about the information in the video.

Summary Questions:

1. What operation does the word "of" usually tell you to use?
2. How can you write a whole number as a fraction?
3. What observations can you make about the product in relation to the factors (problem)?
4. Write a set of procedures for multiplying fractions by whole numbers.