Well, 2:3 expressed as a fraction is 2/3. Problem 1: 2:3 = 4:x (your statement) 2/3 = 4/x (your statement - expressed as fractions) 2x = 12 (cross multiply: (2 * x) and (4 * 3)) 2x/2 = 12/2 (divide by 2 on both sides) x = 6 (simplify) Therefore, 2:3 = 4:6 Problem 2: 2:3 = 8:x (your statement) 2/3 = 8/x (your statement - expressed as fractions) 2x = 24 (cross mulitply: (2 * x) and (8 * 3)) 2x/2 = 24/2 (divide by 2 on both sides) x = 12 (simplify) Hence, 2:3 = 8:12 Problem 3: 2:3 = x:15 (your statement) 2/3 = x/15 (your statement - expressed as fractions) 3x = 30 (cross multiply: (2 * 15) and (3 * x)) 3x/3 = 30/3 (divide by 3 on both sides) x = 10 (simplify) Thus, 2:3 = 10:15 Final answer: 2:3 = 4:6 = 8:12 = 10:15 (these are equivalent ratios)
A ratio that is equivalent to 2:3 will be of the form
(2n):(3n)
where "n" is any number.
Each ratio gives you enough information to find the multiplier "n".
In the first case, 2n=4, so n=2 and the ratio is (2*2):(3*2) = 4:6.
In the next case, 2n=8, so n=4 and the ratio is (2*4):(3*4) = 8:12.
In the next case, 3n=15, so n=5 and the ratio is (2*5):(3*5) = 10:15.
2:3 = 4:6 = 8:12 = 10:15
(2n):(3n)
where "n" is any number.
Each ratio gives you enough information to find the multiplier "n".
In the first case, 2n=4, so n=2 and the ratio is (2*2):(3*2) = 4:6.
In the next case, 2n=8, so n=4 and the ratio is (2*4):(3*4) = 8:12.
In the next case, 3n=15, so n=5 and the ratio is (2*5):(3*5) = 10:15.
2:3 = 4:6 = 8:12 = 10:15