divide both numbers (if even, as in your case) by 2. It equals 3/15. Since you can continue, divide again, but this time, they are both divisible by 3, so divide by 3. It equals 1/5. Since you can no longer divide evenly, 6/30 simplified is 1/5.
or, a faster way is
divide 6/30 by 6. It still equals 1/5.
25/30= 5/6
To find fractions equivalent to 60/100, we need to simplify the fraction by dividing both the numerator and denominator by their greatest common factor, which is 20. This gives us 3/5 as the simplest form of 60/100. Other equivalent fractions include 6/10, 12/20, and 30/50, as they all reduce to 3/5 when simplified.
4/10 = _ +5 6/9=_ _______
To determine if 15/50 and 6/20 are equivalent fractions, we need to simplify both fractions to their simplest form. To simplify 15/50, we divide both the numerator and denominator by the greatest common factor, which is 5. This gives us 3/10. To simplify 6/20, we divide both the numerator and denominator by the greatest common factor, which is 2. This gives us 3/10. Since both fractions simplify to 3/10, 15/50 and 6/20 are indeed equivalent fractions.
Oh, dude, simplifying fractions? That's some basic math right there. So, like, 12 over 30 simplifies to 2 over 5. You just divide the top and bottom by their greatest common factor, which in this case is 6. Easy peasy lemon squeezy.
6/30 = 1/5.
To simplify a fraction, divide the numerator and the denominator by their GCF. Example: 30/42 The GCF of 30 and 42 is 6. 6 into 30 is 5 6 into 42 is 7 30/42 = 5/7
30/85 = 6/17 in its simplest form
25/30= 5/6
Divide the top and bottom number by 6. you'll get 3 over 5.
4c/15+5c/6 8c/30+25c/30 33c/30
2/6 can be reduced to 1/3 because 2/2 1 time and 2/6 3 times
6 over 20 9 over 30 12 over 40 30 over 100
two equivalent fractions for 3 over 15 = 6/30, 9/45
equivalent fractions for 80 over 60 = 8/6, 40/30, 4/3
4 over 30 and 6 over 45
Well - 6/18 simplified is 1/3. This is because 6 & 18 will both divide exactly by 6. To simplify a fraction, you're trying to find the lowest equivalent numbers for the numerator and denominator.