50/3 = 16.666 repeating.
There are two zeros in the quotient when you divide 80000 by 50
A quotient is the result of a division. The quotient from dividing 50 by 5 is 10.
400/50 = 8
If a 3-digit number is estimated to have a quotient of 50 when divided by a 1-digit number, we can express it as ( n \div d \approx 50 ), where ( n ) is the 3-digit number and ( d ) is the 1-digit divisor. This implies that ( n ) is approximately ( 50d ). For example, if ( d = 2 ), then ( n ) could be around 100 (since ( 50 \times 2 = 100 )), and if ( d = 3 ), then ( n ) could be around 150 (since ( 50 \times 3 = 150 )). Thus, two possible pairs are (100, 2) and (150, 3).
The quotient of 50 and a number is 2.
Just the one because the quotient is 50
50
0.5
There are two zeros in the quotient when you divide 80000 by 50
A quotient is the result of a division. The quotient from dividing 50 by 5 is 10.
50/5 = 10
It is: 1155/50 = 23.1
400/50 = 8
If a 3-digit number is estimated to have a quotient of 50 when divided by a 1-digit number, we can express it as ( n \div d \approx 50 ), where ( n ) is the 3-digit number and ( d ) is the 1-digit divisor. This implies that ( n ) is approximately ( 50d ). For example, if ( d = 2 ), then ( n ) could be around 100 (since ( 50 \times 2 = 100 )), and if ( d = 3 ), then ( n ) could be around 150 (since ( 50 \times 3 = 150 )). Thus, two possible pairs are (100, 2) and (150, 3).
The quotient of 50 and a number is 2.
Simple answer: 50 and 1
50.7451