It is the perfect square of that number.
Sqrt[5*radical(68)] = -6.4211 and +6.4211.
Technically,no. A radical equation has a radical (Square root) in it, and has two solutions because the square root can be positive or negative.
radical expressiona radical expression
2 radical 13
A number to the second power.
3 sqrt (3)Put the radical where the "sqrt" is with the second 3 inside.
It is the perfect square of that number.
There is no "radical square root". Radical means the same as root, it may specifically refer to the square root.
If the radical is the square root of a quantity, then yes.
Sqrt[5*radical(68)] = -6.4211 and +6.4211.
16 radical 3
No it is not, because there are no integers that give a value of 50 when raised to the second power.
the letter i means a complex number. it means square root of -1. whenever you have numbers outside the radical all you have to do is square them to get them inside the radical.so square i and square 2i2 radical 20 is the same are your new form... radical negative 80but your numerical answer is 8.94i
square root of 85 is 9.2195444 but the in the simplest radical is square root of 5 times square root of 17
Technically,no. A radical equation has a radical (Square root) in it, and has two solutions because the square root can be positive or negative.
5 radical(11)