All Common Core: 6th Grade Math Resources
Example Questions
Example Question #411 : How To Divide
Use the computation shown to find the products:
The computation shows that with a remainder of .
So it must be that:
Simplify.
The correct answer is
Example Question #31 : The Number System
Use the computation shown to find the products:
The computation shows that with a remainder of .
So it must be that:
Simplify.
The correct answer is
Example Question #32 : The Number System
Use the computation shown to find the products:
The computation shows that with a remainder of .
So it must be that:
Simplify.
The correct answer is
Example Question #33 : The Number System
Use the computation shown to find the products:
The computation shows that with a remainder of .
So it must be that:
Simplify.
The correct answer is
Example Question #34 : The Number System
Use the computation shown to find the products:
The computation shows that with a remainder of .
So it must be that:
Simplify.
The correct answer is
Example Question #35 : The Number System
Use the computation shown to find the products:
The computation shows that with a remainder of .
So it must be that:
Simplify.
The correct answer is
Example Question #24 : Fluently Divide Multi Digit Numbers: Ccss.Math.Content.6.Ns.B.2
Use the computation shown to find the products:
The computation shows that with a remainder of .
So it must be that:
Simplify.
The correct answer is
Example Question #31 : The Number System
Use the computation shown to find the products:
The computation shows that with a remainder of .
So it must be that:
Simplify.
The correct answer is
Example Question #26 : Fluently Divide Multi Digit Numbers: Ccss.Math.Content.6.Ns.B.2
Use the computation shown to find the products:
The computation shows that with a remainder of .
So it must be that:
Simplify.
The correct answer is
Example Question #27 : Fluently Divide Multi Digit Numbers: Ccss.Math.Content.6.Ns.B.2
Use the computation shown to find the products:
The computation shows that with a remainder of .
So it must be that:
Simplify.
The correct answer is