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How are unit fractions alike and different?
The answer depends on what they are meant to be alike and different from!
How the circumference of a circle and perimeter of a polygon are alike?
They are alike because both are just alike..
Explain how a pyramid and a cone are alike and different?
a pyramid and a cone are alike because they both have a flat side on the bottom and they can slide. they are different because a pyramid has 5 flat sides on the sides and 1 flat side on the bottom part. a cone can roll but a pyramid can't roll like the cone.
How do you find the equivalent mixed number?
you change it to an improper fraction and then like this example: 24 than you find a ----- 8 common denomenator like this: 6 and 8 so now you have to see what 9 and 7 have --- --- 7 9 alike which is 63 and now you multiply it.
How are trapezoids and triangles alike?
The only way they are both alike as if they a equilateral.
How are proper and improper fractions alike?
they sometimes have the same answer and sometimes they dont.
How are fractions alike and different?
Fractions are alike if they have the same denominators; otherwise they are different.
How are unit fractions alike and different?
The answer depends on what they are meant to be alike and different from!
How are unit fractions alike?
All of them have a numerator of 1.
How do you subtract fractions without alike denominators?
Convert unlike fractions to equivalent fractions with common denominators by finding the LCM of the denominators.
How are all unit fractions alike and different?
Unit fractions all have the same numerators but the denominators can be different.
How can the prefix un- help you remember the meaning of unlike fractions?
"Un" means "not." Unlike fractions are not alike.
How are decimals fractions and percents alike?
decimals fractions and percents are all alike because they show parts of 100, per 100(percent, cent representing for 100, century)
How are improper fractions and mixed numbers alike?
Those are two different ways to represent the same numbers (fractional numbers equal to, or greater than, one). For example, 1 1/2 (one and a half) is the same as 3/2.
