11 = 4/.4 +4/4 13 =( 4! radical( 4) + 4 )/4 13 = 4/,4/ + radical(4) + radical(4)
4√5 + 4√5 = 8√5.
4 radical 6
If we read this carefully, what you're asking for is (4 of something) minus (1 of the same thing). The result is 3 of them . . . 3 radical 6.
Either answer is correct, depending on the parentheses that should have been specified. sqrt(6*4) = sqrt(24) sqrt(6)*4 = 4*sqrt(6)
radical(48)/radical(3) = radical(48/3) = radical(16) = 4 Technically, radical(16) is +4 OR -4 but in such questions often only the principal root is required.
4 radical 3 is about 6.92820323
11 = 4/.4 +4/4 13 =( 4! radical( 4) + 4 )/4 13 = 4/,4/ + radical(4) + radical(4)
4√5 + 4√5 = 8√5.
4 radical 6
First, note that radical 4 is 2. So 3xradical 4 is just 6, Now we have 6+2 radical 3. You can't do much with this except factor out a 2 if you want 2(3+Radical 3)
4 times radical 34
To simplify the expression radical 6 minus 4 radical 6, we first combine like terms. Since both terms have the same radical part (radical 6), we can subtract the coefficients in front of the radicals. This gives us -3 radical 6 as the simplified answer.
2 radical(8) = 4 radical(2)
The valency for the silicate radical (SiO4) is 4-. This means that the silicate radical has a charge of -4 due to its four oxygen atoms each contributing a charge of -2.
If we read this carefully, what you're asking for is (4 of something) minus (1 of the same thing). The result is 3 of them . . . 3 radical 6.
The square root of 136 would be broken up into radical 4 and radical 34, because 4 is the highest perfect square that goes into 136 evenly, and radical 4 equals 2. So, your final answer would be 2 radical 34.