A surd is a square root which cannot be reduced to a whole number: however you need to be able to simplify them.
Surds are normally irrational numbers.
Roots that are irrational are called surds. There are irrational numbers that are not surds since they are not roots of any equation. For example, Pi. Rational roots, such as square root of 4, are not surds.
Irrational number are NOT called surds. For example, pi is irrational but it is not a surd.Surds are a very small subset of irrational numbers.
surds:- if this is for the Mail on Sunday GK crossword YES IT IS
A surd is a square root which cannot be reduced to a whole number: however you need to be able to simplify them.
It depends on the context. You can simplify expressions, fractions, surds and so on. The methods for each is different so it is necessary to know a bit more before the question can be answered.
Surds are normally irrational numbers.
Yes. A simple example: sqrt(2)*sqrt(2) = 2 This property is used to "simplify" (rationalise the denominator of) surds.
Yes, you can but it depends on the context. You can simplify fractions, or simplify surds, or algebraic expressions and in each case the simplification means different things. So if you want a sensible answer to your question I would suggest that you use a proper question rather than stick a quastion mark at the end of a phrase!
No. Surds are a part of maths, and are the opposite of powers.
Roots that are irrational are called surds. There are irrational numbers that are not surds since they are not roots of any equation. For example, Pi. Rational roots, such as square root of 4, are not surds.
Princewilly created surds. he has a bold head. his nickname is britney this was posted by, Elena Whiteman
Yes, that is correct. It is one of the basic properties of surds, and is used in many identities and some equations, to simplify and calulate and prove.
the limit does not exist
Irrational numbers
Whoever it was who discovered that if you had a square whose sides were one unit long, the lengths of its diagonals were sqrt(2) - surds!