Let the number be 'x'. Quotient of 80 and x would be : 80/x
The quotient of two numbers, X and Y, is X/Y.
10 < or = to T/4 x4 x 4 cancels out just leaves T 40 < or = to T T < or = to 40
40/3 = 13.3 recurring (that is, 13.3333...)
Divide 40 by 2, which is the base of binary, and then divide the quotient obtained by 2. Continue the process as long as the quotient obtained in each case is greater than 1.40 = 2 x 20 + 020 = 2 x 10 + 010 = 2 x 5 + 05 = 2 x 2 + 12 = 2 x 1 + 0(We stop here as quotient is 1)Remainder obtained in first step is given the lowest priority and priority goes on increasing with each step.And the binary equivalent is obtained as:Write the quotient obtained in last step followed by the remainder according to the priority: 101000.Thus, binary equivalent is 101000.
According to division algorithm: Dividend = Divisor x Quotient + Remainder Dividend = 58 x 40 + 31 = 2341. So 2341 is the required number.
4 x 1 = 4 (4 / 1 = 4) 4 x 10 = 40 (40 / 4 = 10) Since 18.88 is between 4 and 40, you can conclude that the quotient must be between 1 and 10.
40/8 = 5
40
Let the number be 'x'. Quotient of 80 and x would be : 80/x
the quotient of 7 and x is simply 7x, unless you know what x stands for
The quotient of two numbers, X and Y, is X/Y.
Simply write this as 40/n.
10 < or = to T/4 x4 x 4 cancels out just leaves T 40 < or = to T T < or = to 40
When the product of 15 and 40 is divided by the sum of 15 and 45, what is the quotient?
5 ÷ −40 = −0.125
40/3 = 13.3 recurring (that is, 13.3333...)