It is a rectangle and has sides of 3+sq rt of 3 and 3-sq rt of 3
The numbers are: 3-sq rt of 3 and 3+sq rt of 3
The numbers are -4+2*sq rt of 3 and -4-2*sq rt of 3
sq rt (-2) + (sq rt 3))2 + (-2)2= i(sq rt 2) + 7 = 7 + i(sq rt 2) answerthis is a complex number, it cannot be further simplified.
If it is: 81/4 times sq rt of 3 Then it could be: 20.25 times sq rt of 3
It is a rectangle and has sides of 3+sq rt of 3 and 3-sq rt of 3
The numbers are: 3-sq rt of 3 and 3+sq rt of 3
The numbers are -4+2*sq rt of 3 and -4-2*sq rt of 3
21
The lengths of the sides of the triangle are: 2*sq rt of 10, 5*sq rt of 2 and sq rt of 10 The 3 sides added together equals the perimeter which works out as 3* sq rt of 10 plus 5*sq rt of 2 in surd form
sq rt (-2) + (sq rt 3))2 + (-2)2= i(sq rt 2) + 7 = 7 + i(sq rt 2) answerthis is a complex number, it cannot be further simplified.
The numbers are: 8-4*sq rt of 3 and 8+4*sq rt of 3
If it is: 81/4 times sq rt of 3 Then it could be: 20.25 times sq rt of 3
The numbers are: 3 -sq rt of 21 and 3 +sq rt of 21
Plotting the coordinates it is an isosceles triangle with equal sides of 13 and a base of 4*sq rt of 13 with a height of 3*sq rt of 13 Area = 0.5*(4*sq rt of 13)*(3*sq rt of 13) = 78 square units
Each side of the square is 2 times sq rt of 3 And (2 times sq rt of 3)2 = 12 square cm
Using the quadratic equation formula:- x = -3 + sq rt of 22 and x = -3 - sq rt of 22