Curriculum>Grade 4> Module 2>Topic F: Division of Thousands, Hundreds, Tens, and Ones

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Divide three-digit numbers by one-digit numbers when there is a zero in the tens place of the dividend, using the standard algorithm. Problems involve regrouping and remainders

A. Multiply using unit notation and standard notation

B. Divide using a disk model

C. Divide using a disk model (with regrouping) (Part 1)

D. Divide using unit notation and standard notation (Level 1)

E. Divide using unit notation and standard notation (Level 2)

F. Divide using standard notation

G. Divide using a disk model (with regrouping) (Part 2)

H. Divide using long division and a disk model (with regrouping and a remainder) (Part 1)

I. Divide using long division and a disk model (with regrouping and a remainder) (Part 2)

J. Divide using a disk model (with regrouping) (Part 3)

K. Divide using long division and a disk model (with regrouping and a remainder) (Part 3)

L. Divide using long division and a disk model (with regrouping and a remainder) (Part 4)

M. Divide using long division and a disk model (with regrouping and a remainder) (Part 5)

N. Divide using long division with partial quotients and a disk model

O. Divide using long division with partial quotients (Level 1)

P. Divide using long division with partial quotients (Level 2)

Q. Divide across a zero using a disk model (with regrouping and a remainder)

R. Divide across a zero using long division and a disk model (with regrouping and a remainder) (Part 1)

S. Divide using a disk model with zero in the quotient (with regrouping)

T. Divide using long division and a disk model with zero in the quotient (with regrouping)

U. Divide across a zero using long division and a disk model (with regrouping and a remainder) (Part 2)

V. Solve division problems with a quotient of zero (with a remainder) (Level 1)

W. Solve division problems with a quotient of zero (with a remainder) (Level 2)

X. Divide across a zero using long division with partial quotients and a disk model (with regrouping and a remainder) (Part 1)

Y. Divide across a zero using long division with partial quotients and a disk model (with regrouping and a remainder) (Part 2)

AA. Divide across a zero using long division with partial quotients (with regrouping and a remainder) (Part 2)

AB. Solve division word problems using long division and a tape diagram (with regrouping and a remainder)

AC. Solve division word problems using long division and a tape diagram (with regrouping)

AD. Divide using long division with partial quotients (Level 3)

AE. Solve division word problems across zero using long division and a tape diagram (with regrouping)

AF. Solve division word problems using long division and a tape diagram (with a remainder)

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