I can solve a division problem involving fractions and draw a model to show my solution in a real-world context.
I can fluently (effectively, accurately, and flexibly) divide multi-digit numbers using an efficient algorithm.
I can write a remainder of the quotient expressed as a decimal.
I can divide whole numbers in real-world contexts.
I can write the solution in terms of the context.
I can calculate the sum or difference of decimals with varying place value and whole numbers using an efficient algorithm.
I can add and subtract decimals in real-world contexts.
I can write the solution in terms of the context.
I can calculate the product and quotient of decimals using an efficient algorithm.
I can multiply and divide decimals in real-world contexts.
I can write the solution in terms of the context.
I can use integers to represent quantities in real-world contexts.
I can explain the meaning of zero in real-world contexts.
I can use absolute value to represent and compare numbers.
I can develop and use an algorithm to calculate the sum and difference of integers.
I can add and subtract integers in real-world contexts.
I can write the solution in terms of the context.
I can calculate the product and quotient of decimals using an efficient algorithm.
I can multiply and divide decimals in real-world contexts.
I can write the solution in terms of the context.
I can use approximations of irrational numbers in real-world situations.