This math topic focuses on advancing students' proficiency in long division. Specifically, the problems emphasize determining the number of times one digit fits into a larger number, without leaving a remainder. Named the "Identify Second Quotient" step, this is part of a broader set of problems aimed at enhancing abilities in performing two-step long division calculations. The exercises positively challenge students to select the correct quotient among multiple choices, thereby testing their understanding and execution of division fundamentals. Each question is presented with several potential answers, requiring careful computation to identify the correct one.

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Digit Solving - Long Division (Next Step) - Two Steps, No Remainder - Identify Second Quotient Worksheet

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Digit Solving - Long Division (Next Step) - Two Steps, No Remainder - Identify Second Quotient
1
How many 3s fit into 12?
An svg image showing a math problem
a
3
b
2
c
7
d
11
e
12
f
4
2
How many 5s fit into 10?
An svg image showing a math problem
a
4
b
6
c
2
d
3
e
8
f
1
3
How many 8s fit into 16?
An svg image showing a math problem
a
1
b
10
c
8
d
9
e
2
f
3
4
How many 8s fit into 64?
An svg image showing a math problem
a
8
b
13
c
15
d
5
e
12
f
6
5
How many 6s fit into 30?
An svg image showing a math problem
a
0
b
4
c
6
d
5
e
1
f
8
6
How many 7s fit into 28?
An svg image showing a math problem
a
5
b
4
c
11
d
13
e
0
f
6
7
How many 5s fit into 15?
An svg image showing a math problem
a
3
b
12
c
0
d
7
e
2
f
8
8
How many 4s fit into 00?
An svg image showing a math problem
a
3
b
0
c
2
d
4
e
1
f
6