Yes. Multiplying any number by zero results in zero.
It is zero. No matter how many times you multiply a zero, it is always zero. 0.
Smaller. The product of any positive number and a number between 0 and 1 will be smaller than the original number.
The rule is: "The product of zero and any number is zero." If the rule has a name, other than "The multiplication table of zero", I've never heard it.
The product of zero and any number is always 0.
Yes. Multiplying any number by zero results in zero.
It is zero. No matter how many times you multiply a zero, it is always zero. 0.
Smaller. The product of any positive number and a number between 0 and 1 will be smaller than the original number.
There is no multiplicative inverse of 0. By definition, when you multiply a number by its multiplicative inverse, the product is 1. However, when you multiply 0 by anything, the product is 0. Those two statements could not logically co-exist if there were any multiplicative inverse of 0, so there is no such thing.
The rule is: "The product of zero and any number is zero." If the rule has a name, other than "The multiplication table of zero", I've never heard it.
Any number multiplied by zero = 0
No. The identity for multiplication is the number 1. If you multiply a number by 1, then the product is the original number. If you multiply a number by zero, the product is zero, so the number has 'lost it's identity'
The product of zero and any number is always 0.
Multiply any number with 0, you get 0.
Of course you can. But any number multiplied by zero always equals to 0.
The zero product rule.
The product is obtained by multiplying two numbers. The product obtained by multiplying a number by 1 is equal to the number, i.e. 1 x 10 = 10(product). Therefore the product of any number and 0 is always 0.