39 nickles to 4 dimes
A quarter is 1/4 of a dollar. Therefore, we divide 27/4 = 6.75 dollarsWe then get a ratio of 6.75:45However, we can't have an unwhole number and an integer. Therefore, we multiply 6.75 by 4= 27. we also multiply the right side by 4= 180Our ratio now equals 27:18027 and 180 are multiples of 3. Divide both sides by 3 to get the final ratio-9:60, or 3:20
192
3 dimes = 30 cents 8 quarters = 200 cents. So, the ratio is 30/200 or 3/20
1 to 6
A dollar is 100 cents, a quarter is 25 cents, and a nickel is 5 cents. Thus a dollar is composed of 4 (100/25) quarters, or 20 (100/5) nickels. Therefore there are 5 times as many nickels in a dollar as there are quarters. Another way to look at it is to say that there are 5 nickels in a quarter, so there are 5 times as many nickels as quarters in any amount.
There are four quarters to a dollar. The ratio is 4 to 1
It is 5:1.
The unit ratio for quarters (one-fourth of something) is 4:1Since there are 4 quarters to 1 of whatever you want to refer to, that means for a unit of 1 million, there are 4 million quarters.
10/25 = 2/5 = 0.4 = 40%
39 nickles to 4 dimes
A quarter is 1/4 of a dollar. Therefore, we divide 27/4 = 6.75 dollarsWe then get a ratio of 6.75:45However, we can't have an unwhole number and an integer. Therefore, we multiply 6.75 by 4= 27. we also multiply the right side by 4= 180Our ratio now equals 27:18027 and 180 are multiples of 3. Divide both sides by 3 to get the final ratio-9:60, or 3:20
192
Let me use money as an example. You are familiar with US dollars and quarters? I hope so. There are 4 quarters in a dollar. The ratio of quarters to dollars is 4 to 1, written as 4:1 or 4/1. Another example: in a classroom there are 13 girls and 12 boys. The ratio of girls to boys is 13 to 12 or 13/12 or 1.083 girls for every boy. The ratio of boys to girls is 12/13 or 0.923 boys for every girl. A ratio establishes a relationship between the relative quantities of two or more variables.
The phenotype ratio will depend on the specific genetic traits being studied. In general, a cross between two heterozygous individuals is expected to result in a 3:1 phenotypic ratio, with three-quarters of the offspring displaying the dominant phenotype and one-quarter displaying the recessive phenotype.
3 dimes = 30 cents 8 quarters = 200 cents. So, the ratio is 30/200 or 3/20
10 dimes make a dollar and 100 pennies make a dollar so the ratio is 1/10.