Because its cut
It usually involves some kind of dividing. Take a basic problem like n x 5 = 45, where n is the unknown factor. Divide both sides of the equation by 5 so that n stands alone. 45 divided by 5 is 9, so n = 9
The continue division is a method that is using like prime factorization. example of the continue division:the factor is 40 can we divide it into 2=20divide by 2=10divide2=5 .this a shortcut
There is no such thing. You can make them as long as you like.
50
If you have a dividing box thingy, the divisor is on the outside and the dividend is in the inside. Or like in the expression = 7, 2 is the divisor.
It usually involves some kind of dividing. Take a basic problem like n x 5 = 45, where n is the unknown factor. Divide both sides of the equation by 5 so that n stands alone. 45 divided by 5 is 9, so n = 9
divisor
The related link shows a long division problem worked out. You need to show the numbers carried down like that.
1020
lets say that you're doing a division problem that looks just like a multiplication problem. lets say its 10 divided by 5 so 2x5 equals 10 so the missing number in the problem is 2 MORE TO COME
The quotient is the result of a division.
If one factor is 48 and the other is unknown, divide both sides of the equation by 48. 48 x ? = 4608 ? = 96
The continue division is a method that is using like prime factorization. example of the continue division:the factor is 40 can we divide it into 2=20divide by 2=10divide2=5 .this a shortcut
It depends on the problem you are trying to solve. like; 2x + 3 = 13. it would be "5". (Multiplication.) or x/3 = 6. x= 18. this is a division problem. Like I said, it all depends on your problem.
There is no such thing. You can make them as long as you like.
If it is divided by a fraction or a decimal. Like 1/5 or .986
(5x - 3)(2x + 1)