NO
a porpotion is an equation stating thattwo ratios are equilvalent? true or false
true.
In general, try to remember to keep your ratios in a form of 'this' to 'that' and 'this' to 'that'. For example, 3 apples : 6 oranges; 2 apples: 4 oranges. All ratios remain true regardless of which is on "top" (the numerator). It's only important to remain consistent and choose ratios that will be effective for the given problem.
The statement is true only for non-zero fractions and it follows from the definition of a multiplicative inverse.
Yes, it is.
shujkkk
You can write any fraction greater than 1 as a mixed fraction. It is not customary to use mixed fractions for ratios.
Rational numbers can be expressed as fractions whereas irrational numbers can't be expressed as fractions
If you are adding, the result is a sum. This terminology applies whether the addends (the terms you are adding) are whole numbers or they are expressed as fractions or in decimal notation. The same is true of the sum.
Ye it is true that all irrational numbers are real numbers that can't be expressed as fractions.
For proportional relationships the ratio is a constant.
No. They are present but not expressed (seen). Only the dominant alleles are expressed.
a porpotion is an equation stating thattwo ratios are equilvalent? true or false
No. It is written using the lowest ratios. Writing with the highest ratios would be impossible.
No. They thought that all fractions could be expressed as combinations of unit fractions. They and other ancients may have thought that any fraction could be wretten as a combination of unit fractions, but according to wikipedia they (ancient Egyptians) had special symbols for 2/3 and 3/4 and even had a papyrus used by scribes that listed the equivalents for 2/n, so they did not always write fractions as this combination of unit fractions. Does your question mean a combination of unit fractions, or as a unit fraction?
true.
Not necessarily true. All integers are rational numbers, though, because an integer x can be expressed as a ratio of two integers (e.g. x/1).