Perform long division (no remainder)

Divide using long division: \( 2{,}514 \div 6 \)

Divide: \( 2{,}968 \div 4 \)

Divide: \( 33{,}888 \div 48 \)

Divide: \( 45{,}885 \div 57 \)

Drag the four steps of the long division process into the correct order.

Divide: \( 4{,}218 \div 6 \)

Divide: \( 2{,}835 \div 9 \)

To check that \(2{,}514 \div 6 = 419\) is correct, complete the multiplication:

Quotient  ×  Divisor  =  Dividend

1($)  ×  2($)  =  3($)

Divide: \(14{,}616 \div 24\)

When a long division problem ends with a remainder of 0, what do we say about the divisor and the dividend?

In long division, when you estimate how many times the divisor goes into a partial dividend, where do you write that estimate digit?

During long division, if the difference (after subtracting) is greater than or equal to the divisor, what should you do?

Select all divisions that have a quotient of exactly 706.

Divide: \(9{,}576 \div 8\)

Divide: \( 37{,}296 \div 36 \)