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In any multiplication problem, it's never enough to know only how many digitsthe factors have. The answer always depends on what the digits are.
A one digit multiplication problem is one in which the numerals being multiplied have only one digit. Examples would include: 6x2 or 5x3 or 7x4 or 1x8. (These are just a few examples. The list of all the possible one digit multiplication problems would be very long.) A two digit multiplication problem is one in which the numbers being multiplied have two digits. Examples would include: 12x43 or 16x21 or 75x23.
the main purpose of multiplication is to multiply 1 through as many digits as you want. :)
their both based on units of measure
It depends on what is done with the digits: multiplication, insertion, addition etc.
In any multiplication problem, it's never enough to know only how many digitsthe factors have. The answer always depends on what the digits are.
The first 5 digits of pie are 3.1415"Product" is the result of an multiplication problem, meaning you must multiply them together.3*1*4*1*5The answer is 60.
A one digit multiplication problem is one in which the numerals being multiplied have only one digit. Examples would include: 6x2 or 5x3 or 7x4 or 1x8. (These are just a few examples. The list of all the possible one digit multiplication problems would be very long.) A two digit multiplication problem is one in which the numbers being multiplied have two digits. Examples would include: 12x43 or 16x21 or 75x23.
the main purpose of multiplication is to multiply 1 through as many digits as you want. :)
The answer depends on what it is.
It depends on what is done with the digits: multiplication, insertion, addition etc.
their both based on units of measure
their both based on units of measure
It isn't clear what the question is. If you are supposed to multiply or divide, and if by "signification figures" you mean significant digits, do the multiplication (or division), then round to three significant digits - since the least-precise of the numbers only has three significant digits.
their both based on units of measure
2 and 2 0 and 0
Remember the commutative property of multiplication: 4 x 2 is the same as 2 x 4. The number of digits in a product can not exceed the number of digits in the multiplier and multiplicand: the product of 23 X 234 is five digits or less.