It is either two quantities that are larger or smaller than the ones that you started with, depending on whether the number that you multiplied or divided by was greater than or less than 1.
Scaling is when you multiply or divide two quantities by the same number.
It is called algebra. When two quantities are related as long as you do the same operation to both (add, subtract, multiply, or divide) you do not change the relation
It is simple. first you divide or multiply the top number and the bottom number by the same number and there you go.
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Ohms are smaller than k-ohms, so number of ohms must be a bigger number. Multiply k-ohms by 1,000 to get the same resistance in ohms.
Scaling is when you multiply or divide two quantities by the same number.
You multiply or divide the first quantity by the number and then you do the same for the other quantity.
It will give you a perfect square.
When you multiply or divide two quantities by the same number, it is called the "multiplicative property of equality." This property states that if you multiply or divide both sides of an equation by the same non-zero number, the two sides remain equal. It is fundamental in algebra and helps maintain the integrity of equations during transformations.
Squaring for multiplying, and if you are dividing by the same number, you get 1
Yes, it is; except that the chosen number cannot be zero.
If the quantities are related linearly, then the operation would mean SCALING Otherwise it is just operations on the two quantities by a constant
It is called algebra. When two quantities are related as long as you do the same operation to both (add, subtract, multiply, or divide) you do not change the relation
The size of the quantities involved doesn't matter. As long as you add or subtract (or divide or multiply) the same number to or from both sides of the equation, then the two sides remain equal.
Re-scaling or (for selected vales of the same number) normalising.
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Multiply the numerator and the denominator by the same number or divide the numerator and the denominator by the same number