Since the numerator of the fraction is prime, the proper fraction 3/20 is already expressed in its simplest form.
20/12 = 5/3 by dividing the numerator and denominator by their HCF which is 4
An irrational fraction can be reduced. For example, sqrt(20)/6 = sqrt(5)/3
Yes. 3.05 would become 3 5/100 which can reduce to 3 1/20 Hope this helps(:
Any time both numbers are even, it can be reduced. 6/40 = 3/20
No; 7 / 20 is irreducible.
It is 3 over 4.
When you reduce a mixed number, the whole number does not change. It is the fraction that changes. For insance, if you want to reduce 5 and 3/6, you would simply keep the 5 and reduce the 3/6 to 1/2. The final outcome would be 5 and 1/2. 20 and 15/20 would reduce to 20 and 3/4. 17 and 10/12 would reduce to 17 and 5/6. And so on...
6√20 First we reduce the 6 and 3 so we get 2√20 Then we reduce the 20 and 53√5 `````````````````````````````````√5so we get 2√4 We know that √4 is 2 so by substituting, we get 2x2 which is 4.
0.75
3 55/100 then reduce to 3 11/20
20/12 = 5/3 by dividing the numerator and denominator by their HCF which is 4
It doesn't. 27 breaks down into 3's, and 20 breaks down to 2's and a 5.
There are an infinite number of fractions that could reduce to 2/5. As long as you multiply both the numerator and denominator of 2/5 by the same number (as long as this number is not 1), you will get another fraction that will then reduce to 2/5. -5: 2*-5 = -10 5*-5 = -25 -10/-25 = 2/5 4/3: 2*(4/3) = 8/3 5*(4/3) = 20/3 (8/3)/(20/3) = (8/3)*(3/20) = 8/20 = 4/10 = 2/5 Any number, as long as both the numerator and denominator are multiplied by it, will yield a fraction that will then reduce to 2/5.
15% means fifteen over one hundred ( 15/100) 15/100 Cancel down by '5' 3/20 This will not reduce any further as '3' is NOT a factor of '20'.
find a common factor to divide both by in this case 20 and the answer is 3/5.
An irrational fraction can be reduced. For example, sqrt(20)/6 = sqrt(5)/3
Yes. 3.05 would become 3 5/100 which can reduce to 3 1/20 Hope this helps(: