Solved on Mar 28, 2024

Find the missing number in the equation: $800,000,000 + 40,000 + \square + 6 = 800,040,706$ .

STEP 1

1. The symbol $\square$ represents the missing number that we need to find.
2. The missing number is a non-negative integer that fits into the place-value system of the given numbers.
3. The addition operation follows the standard rules of arithmetic.

STEP 2

1. Understand the place-value system and the structure of the given numbers.
2. Isolate the missing number by subtracting the known quantities from the total.
3. Solve for the missing number.

STEP 3

Recognize that the numbers are written in a place-value format where each digit represents a power of 10, depending on its position.
$800,000,000+40,000+\square+6=800,040,706$

STEP 4

Subtract the known quantities from both sides of the equation to isolate the missing number.
$\square = 800,040,706 - 800,000,000 - 40,000 - 6$

STEP 5

Perform the subtraction on the right side of the equation.
$\square = 800,040,706 - 800,000,000 - 40,000 - 6$ $\square = 40,706 - 40,000 - 6$

STEP 6

Continue with the subtraction to find the value of the missing number.
$\square = 706 - 6$

STEP 7

Complete the subtraction to determine the value of the missing number.
$\square = 700$

STEP 8

State the solution for the missing number.
The missing number is $700$ .

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Find the missing number in the equation: $800,000,000 + 40,000 + \square + 6 = 800,040,706$ .

STEP 1

1. The symbol $\square$ represents the missing number that we need to find.
2. The missing number is a non-negative integer that fits into the place-value system of the given numbers.
3. The addition operation follows the standard rules of arithmetic.

STEP 2

1. Understand the place-value system and the structure of the given numbers.
2. Isolate the missing number by subtracting the known quantities from the total.
3. Solve for the missing number.

STEP 3

Recognize that the numbers are written in a place-value format where each digit represents a power of 10, depending on its position.
$800,000,000+40,000+\square+6=800,040,706$

STEP 4

Subtract the known quantities from both sides of the equation to isolate the missing number.
$\square = 800,040,706 - 800,000,000 - 40,000 - 6$

STEP 5

Perform the subtraction on the right side of the equation.
$\square = 800,040,706 - 800,000,000 - 40,000 - 6$ $\square = 40,706 - 40,000 - 6$

STEP 6

Continue with the subtraction to find the value of the missing number.
$\square = 706 - 6$

STEP 7

Complete the subtraction to determine the value of the missing number.
$\square = 700$

STEP 8

State the solution for the missing number.
The missing number is $700$ .

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Find the missing number in the equation: 800,000,000+40,000+□+6=800,040,706800,000,000 + 40,000 + \square + 6 = 800,040,706800,000,000+40,000+□+6=800,040,706.

STEP 1

1. The symbol □\square□ represents the missing number that we need to find.2. The missing number is a non-negative integer that fits into the place-value system of the given numbers.3. The addition operation follows the standard rules of arithmetic.

STEP 2

1. Understand the place-value system and the structure of the given numbers.2. Isolate the missing number by subtracting the known quantities from the total.3. Solve for the missing number.

STEP 3

Recognize that the numbers are written in a place-value format where each digit represents a power of 10, depending on its position.800,000,000+40,000+□+6=800,040,706 800,000,000+40,000+\square+6=800,040,706 800,000,000+40,000+□+6=800,040,706

STEP 4

Subtract the known quantities from both sides of the equation to isolate the missing number.□=800,040,706−800,000,000−40,000−6 \square = 800,040,706 - 800,000,000 - 40,000 - 6 □=800,040,706−800,000,000−40,000−6

STEP 5

Perform the subtraction on the right side of the equation.□=800,040,706−800,000,000−40,000−6 \square = 800,040,706 - 800,000,000 - 40,000 - 6 □=800,040,706−800,000,000−40,000−6 □=40,706−40,000−6 \square = 40,706 - 40,000 - 6 □=40,706−40,000−6

STEP 6

Continue with the subtraction to find the value of the missing number.□=706−6 \square = 706 - 6 □=706−6

STEP 7

Complete the subtraction to determine the value of the missing number.□=700 \square = 700 □=700

STEP 8

State the solution for the missing number.The missing number is 700700700.

Start learning now

Download Studdy AI Tutor now. Learn with ease and get all help you need to be successful at school.

Find the missing number in the equation: $800,000,000 + 40,000 + \square + 6 = 800,040,706$ .

1. The symbol $\square$ represents the missing number that we need to find.
2. The missing number is a non-negative integer that fits into the place-value system of the given numbers.
3. The addition operation follows the standard rules of arithmetic.

1. Understand the place-value system and the structure of the given numbers.
2. Isolate the missing number by subtracting the known quantities from the total.
3. Solve for the missing number.

Recognize that the numbers are written in a place-value format where each digit represents a power of 10, depending on its position.
$800,000,000+40,000+\square+6=800,040,706$

Subtract the known quantities from both sides of the equation to isolate the missing number.
$\square = 800,040,706 - 800,000,000 - 40,000 - 6$

Perform the subtraction on the right side of the equation.
$\square = 800,040,706 - 800,000,000 - 40,000 - 6$ $\square = 40,706 - 40,000 - 6$

Continue with the subtraction to find the value of the missing number.
$\square = 706 - 6$

Complete the subtraction to determine the value of the missing number.
$\square = 700$

State the solution for the missing number.
The missing number is $700$ .