1/32
Doubling the distance reduces the force of gravity to one quarter its original.
Mass remains unchanged, the only thing is that there is increases or decreases of the positive charge of the original nucleus by one unit.
half
After each half-life, half of the radium-226 will decay. Therefore, after four half-lives, 1/2^4 or 1/16th of the original gram of radium-226 will remain unchanged. This means that 1/16th of a gram, or 0.0625 grams, will still be unchanged after four half-lives.
Yes, all metals can be melted down and used again, at a fraction of the cost of the original production.of course you canyes - very much so!!
2
only if it is moved parallel to its original direction
The original fraction is -145/(-282) or it could be 850/35700 or one of infinitely many possibilities.
The quotient is larger than the original fraction.
The fraction is the remainder divided by the original divisor.
748903
Multiplying a function by -1 will make it a reflection of the original function across the x axis.
You don't. But you do. When converting a mixed number into an improper fraction. A mixed fraction contains a whole number and a proper fraction, for example 23⁄4. To convert this to an 'improper' fraction, the whole number is multiplied by the denominator and added to the numerator to obtain the new numerator. See. but WHY? The denominator remains unchanged (unless, of course, you wish to simplify the fraction). This is unrelated! At no point did you actually provide an answer to this question.Continuing with the original example, for 23⁄4, (2 · 4 + 3) = 11, so the new fraction is 11⁄4.Ps. Anything in italics has been improved by another person.
It is the denominator of the original fraction. If the fraction has been simplified you have no way to get back to the total.
its 1 over 3 its 1 over 3
You multiply the denominator by the whole number, then add the numerator of the original fraction to get the numerator of your new fraction. The denominator stays the same as the original. Then you simplify into lowest terms.
the reciprocal of the original fraction