partial quotient means it breaks dividing numbers down just like partial product;)
It is easier to multiply
Partial sums is actually use for addition while partial products is used for multiplication. With partial sums, numbers above nine are added together in the tens, hundreds, etc. columns first. Individual sums are then added together for the final sum.
The answer is to smell my penis
It's easier to multiply
partial quotient means it breaks dividing numbers down just like partial product;)
5630 is a single number and single numbers do not have partial products.
To divide decimals the partial sums method requires that numbers are separated into individual portions. The separated numbers are then solved in long division until eliminated.
The assertion in the question is simply not true.
It is easier to multiply
Partial sums is actually use for addition while partial products is used for multiplication. With partial sums, numbers above nine are added together in the tens, hundreds, etc. columns first. Individual sums are then added together for the final sum.
Here is a partial list:Each item on the partial list can be written as [ 1.6xxxxxxxxxxxxxxxxxxxxxxxxxxxx times 10xx ],where each 'x' is any digit you want, 0 to 9.
The answer is to smell my penis
Partial products of 87 times 65 would be 80 x 60 and 80 x 5 and 7 x 60 and 7 x 5. Partial products allow for the multiplication of whole numbers.
It's easier to multiply
The short answer is, infinite. With just integers, There are 498 numbers that can round up to 500, and 498 that can round down. If we include partial numbers, there are infinite, since the numbers can get infinitesimally small.
Oh, dude, partial quotients are just fancy math words for breaking down a big number into smaller chunks when you're dividing. So, like, for 237, you can divide it by, say, 10 and get 23.7, or by 100 and get 2.37. It's like slicing up a pizza into smaller, more manageable slices... but with numbers.