You have to divide 10 and 14 by the same number to get your ratio. Example: 10 divided by 2= 5 & 14 divided by 2=7 so your ratio would be 5/7 or 5 to 7
by multpulying 10 to 14 by 2
Pick any non-zero integer, n. Then A*n and B*n are an equivalent ratio.
Multiplying both 10 and 14 by the same number will always mean that the result is the same ratio. 10 x 2 = 20 and 14 x 2 = 28 ...... 20:28 is the same ratio as 10:14 10 x 10 = 100 and 14 x 10 = 140 ...... 100:140 is the same ration as 10:14 This can be done with any number being the multiplier.
it is equivilent to OVER 9000 divided by 2 with a kitteh and a dictonary only describing what a dictator is
That would be Euclid.
It depends on what you look like because nobody can actually see you here.
Titanic's building cost (in 1912) was $7.5 million. The equivilent today would be about $413 million.
The ratio of boys to girls in this scenario would be 2:1. This is determined by dividing the number of boys (18) by the number of girls (9), which simplifies to 2:1. Ratios represent the proportional relationship between two quantities and can be expressed in various forms, such as 2/1 or as a fraction.
They are ratios like 2 over 1 that would represent 20 gallons to 1 gallon sugar
You would use a scale for measuring weight.You would use a scale for this.
The United Kingdom does not have a Vice President as they are a constitutional monarchy, the equivilent would be the Deputy Prime Minister
The scale factors ( b ) and ( a ) typically refer to the ratios used to enlarge or reduce an object in geometry or mapping. Specifically, ( b ) represents the scale factor in one dimension (such as width), while ( a ) represents the scale factor in another dimension (such as height). Together, they determine how the dimensions of a shape are transformed when scaling it up or down. For example, if ( b = 2 ) and ( a = 3 ), the object would be twice as wide and three times as tall.