Rounded to the nearest hundredth it is 4.47.
45FACA57-3855-13AD-00A0-DC9A1D4691B5
1.03.01
Algebraically, the expression cannot be simplified any further since there is no perfect square (except 1) that goes evenly into 5. It is not like 2 root 8 where 4 (= 2*2) divides into the 8 and we can simplify root 8 to 2 root 2.
5 sq rt of 2
Sqrt(20) = sqrt(5)*sqrt(4) = 2*sqrt(5)
6x - 7
To simplify an expression you must combine the variables and the constants. Then write the simplified version of the expression so that the expression isn't solved, just simplified. 1a+2(a+5)=2a+7
There is no equation, only an expression. An expression can be simplified but cannot be solved.
5 radical 2 (5√2)
76
6√5 + 2√5 - 7 = 8√5 - 7, which cannot be simplified.
2√20 - 3√7 - 2√5 + 4√63 = 2√(4 x 5) - 3√7 - 2√5 + 4√(9 x 7) = 4√5 - 2√5 - 3√7 + 12√7 = 2√5 + 9√7
just round off the number after the decimal if it is above 5.
Expressed as a surd in its simplest form, 5 sqrt(20) = 10 sqrt(5).
5 sq rt of 2
5/(8 + √7) = (40 - 5√7)/57 is the rationalised equivalent.
The radical of 50 can be simplified by factoring it into its prime components: (50 = 25 \times 2 = 5^2 \times 2). Therefore, the square root of 50 can be expressed as (\sqrt{50} = \sqrt{25 \times 2} = \sqrt{25} \times \sqrt{2} = 5\sqrt{2}). Thus, the simplified form of the radical of 50 is (5\sqrt{2}).
√5
3 radical 5
Sqrt(20) = sqrt(5)*sqrt(4) = 2*sqrt(5)