The problem asks us to complete a pattern of division. We need to find the missing numbers in the following equations: $3410.2 \div ? = 341.02$ $3410.2 \div 100 = ?$ $? \div 10000 = 0.34102$ $3410.2 \div 100000 = ?$

ArithmeticDivisionDecimal NumbersArithmetic Operations
2025/5/29

1. Problem Description

The problem asks us to complete a pattern of division. We need to find the missing numbers in the following equations:
3410.2÷?=341.023410.2 \div ? = 341.02
3410.2÷100=?3410.2 \div 100 = ?
?÷10000=0.34102? \div 10000 = 0.34102
3410.2÷100000=?3410.2 \div 100000 = ?

2. Solution Steps

First equation: 3410.2÷?=341.023410.2 \div ? = 341.02
To find the missing number, we can divide 3410.2 by 341.
0

2. $3410.2 \div 341.02 = 10$

Second equation: 3410.2÷100=?3410.2 \div 100 = ?
Dividing by 100 moves the decimal point two places to the left.
3410.2÷100=34.1023410.2 \div 100 = 34.102
Third equation: ?÷10000=0.34102? \div 10000 = 0.34102
To find the missing number, we can multiply 0.34102 by
1
0
0
0

0. $0.34102 \times 10000 = 3410.2$

Fourth equation: 3410.2÷100000=?3410.2 \div 100000 = ?
Dividing by 100000 moves the decimal point five places to the left.
3410.2÷100000=0.0341023410.2 \div 100000 = 0.034102

3. Final Answer

3410.2÷10=341.023410.2 \div 10 = 341.02
3410.2÷100=34.1023410.2 \div 100 = 34.102
3410.2÷10000=0.341023410.2 \div 10000 = 0.34102
3410.2÷100000=0.0341023410.2 \div 100000 = 0.034102

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