Understand the problemDevelop a planCarry out the planLook back, does the answer work
d
Base 10
Estimation
area
Guess and Check
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Problem solving strategy where you guess the answer and then check to see if the guess is right.
Base 10
Notes
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Finding out what base ten is and how to group it.
d
Homework Examples
d
Other Bases
Convert to other bases
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How to convert to other bases from base ten.
Notes
d
Examples
d
Homework Examples
d
Convert other bases to base ten
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How to convert other bases to base ten.
Notes
d
Homework Examples
d
Alternate algorithms
Addition
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Using alternate algorithms for addition.
d
Partial sums
Left to Right
Expanded
Lattice
Subtraction
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Using alternate algorithms for subtracting.
d
Partial Difference
Expanded
Equal Add-Ons
Scratch Method & Compatible Numbers
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More algorithms for learning addition.
Notes
d
Estimation
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How to add using estimation.
Front end estimation
d
Compatible numbers for estimation
d
Area Model for Multiplication
Notes
d
Weeks 4-7
Vocabulary
Prime Number
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A number that is divisible by 1 and itself, only 2 factorsExample: 3 can only be divided by 1 and 3.
Composite Number
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A number that can be divided evenly by numbers other than 1 and itself. Example: 4 has divisors of 1, 2 and 4
GCF
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Greatest Common Factor: The greatest common divisor of 2 or more integers. Example: the GCF of 8 and 12 is 4.Usually a smaller number than LCM
LCM
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Least Common Multiple: The smallest positive integer that is divisible by both 2 or more numbers. Example: the LCM of 7 and 9 is 63. Usually Bigger than GCF.
Factor Tree
Zero Bank
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+++++_ _ _ _ _ They cancel each other out and make zero
Integers
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A whole number that can be positive or negative. Example: 2, 1000, -800 all integers, 1 1/2 10.9 are not
KCC
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Keep Change Change- Used when subtracting integers. keep the sign of the first number, change the subtraction sign to addition and change the sign of the second number.Example -39- ( -156) turns into -39+ (156)
Division
Repeated Subtraction
d
Upwards Division
r
Write as a fraction and then start dividing the denominator into the numerator starting left to right that way if there is a remainder it is left in fraction form and easier to understand what that number means.Example: 382= 3 goes into 3 1 time, 3 goes into 8 2 times with 2 left over, 3 3 goes into 22 7 times with 1 left over. Instead of saying remainder 1 and not knowing what that means, just leave the 1 over the 3 and you'll always remember that it stands for 1/3.127 1/3
d
Divisibility Rules
Rules
Notes with examples
d
GCF/ LCM
Notes
d
Homework Examples
d
Factor tree, Venn Diagram, and Double Bubble notes
d
Integers
Addition Notes
r
When adding integers draw using + and - if the numbers are below 10 and use the diagram method if they are above 10.Diagram method is adding 2 of the signs ( positive or negative) of the bigger number ( or pile) over that number and 1 sign over the smaller number, circle the sign over the smaller number with 1 of the other signs, if the same then you add the 2 numbers and if different you subtract. Then the leftover sign of the big number is what your answer will be.Example: - ++ - and + means you subtract-15+436 -> -15 + 436 -> 436 minus -15=421the answer is 421 because there is still one + over the 436.
d
Homework Examples of drawing and diagram
d
Subtraction notes
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Use drawings if below 10 or do KCC and then the same method as addition to solve.
d
Weeks 8 - 9
Multiplying and Dividing Integers
Notes for Multiplying
d
Rules
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Notes for Multiplication *Use zero bank when the first coefficient is a negative Example: -1(-3)Notes for Multiplication and Division* When signs are the same the answer will be a positive* When signs are different the answer will be a negative.
Homework examples
d
Multiplying integers using a number line
Distributive Property With Integers
Notes
d
Distance of Squares Formula
d
Multiplying Binomials
Notes
d
Video example
Rational and Irrational numbers
Rational
Irrational
Scientific Notation
Notes
Scientific Notation N
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A way of expressing numbers that are too big or too small written in decimal form.
Standard Form
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When the number is written in standard numerical form.