It is halved.
48/12 = 4
48/24 = 2
If we insist on the condition that all the numbers must be integers... The only way this can happen is if the quotient and one of the other numbers are negative. For example, if the original numbers are -4 and 2, then their sum is -2, and the quotient of -4 divided by 2 is also -2. I believe that's the only integer example of a set of numbers satisfying that criterion.
If both dimensions are doubled then the area is quadrupled. This is true of any geometric shape.
the surface area quadruples.
it'll get louder
The Value of the Mean will Double as well.
the quotient would be wrong
Well, honey, a division problem where the quotient is larger than the dividend is technically not possible in the realm of real numbers. You see, division is all about breaking things down into smaller parts, so it's like trying to fit a big ol' watermelon into a tiny little cup - just ain't gonna happen. Stick to addition if you want to see numbers grow, sweetie.
If we insist on the condition that all the numbers must be integers... The only way this can happen is if the quotient and one of the other numbers are negative. For example, if the original numbers are -4 and 2, then their sum is -2, and the quotient of -4 divided by 2 is also -2. I believe that's the only integer example of a set of numbers satisfying that criterion.
If i understand what you are trying to ask correctly, it would be:The quotient of (whatever the numbers happen to be, or a letter if it's a variable)
If both dimensions are doubled then the area is quadrupled. This is true of any geometric shape.
What would happen if the quotient were less than one is that the number would become a decimal. It's basic fifth grade math.
increases by 6 dB
the surface area quadruples.
it'll get louder
As an example: 4 x 5 = 20, when doubled only once, it is 8 x 10 = 80
Well, honey, a non-example of a divisor would be something that cannot divide another number without leaving a remainder. So, if you're looking for a sassy answer, I'd say a non-example of a divisor is like trying to fit into skinny jeans after Thanksgiving dinner - it's just not gonna happen, sweetie.
It will decrease.It will decrease