40 x 20 = 800
40 x 8 = 320
20 x 3 = 60
8 x 3 = 24
800 + 320 + 60 + 24 = 1204
28 x 43 = 1204
partial quotient means it breaks dividing numbers down just like partial product;)
Single digits don't have partial products. 8 x 6 = 48
Rebate
34 x 28 = 34 x (20 + 8) First partial product is: (30 + 4) x 8 = 240 + 32 Second partial product is: (30 + 4) x 20 = 600 + 80 Sum of partial products = total product = 600 + 240 + 80 + 32 = 952
Well, honey, when you multiply two 2-digit numbers, the second partial product is greater because you're adding a bunch of zeros to the end of the first partial product. It's like giving a snowball a head start down a hill - it's gonna pick up more snow and get bigger as it rolls along. So, the second partial product ends up bigger because it has more digits to play with.
No, it could be a partial sum.
The assertion in the question is simply not true.
partial quotient means it breaks dividing numbers down just like partial product;)
The first partial product of 26 x 107 is calculated by multiplying 26 by the tens digit of 107, which is 100. Thus, the first partial product is 26 x 100 = 2600.
You don't.
26
210 + 35
Very little. An algorithm is a method that has been expressed in a detailed, unambiguous form.
hello
Single digits don't have partial products. 8 x 6 = 48
2100 and 210
Rebate