First convert everything to sines and cosines:
sin x + sin x cos x / sin x = 1 / sin x
sin x + cos x = 1 / sin x
Multiplying by sin x:
sin2x + sin x cos x = 1
Using the identity sin2 + cos2x = 1:
sin2x + sin x cos x = sin2x + cos2x
sin x cos x = cos2x
Dividing by cos x:
sin x = cos x
The solution is therefore x = pi / 4 radians, or x = 5 pi / 4 radians.
The division by cos x assumed that cos x was not equal to zero; this possibility must be explored in the original equation. When cos x = 0, sin x = 1 or -1, and the angle x = pi/2 or -pi/2. It seems both of these are solutions, too.
First convert everything to sines and cosines:
sin x + sin x cos x / sin x = 1 / sin x
sin x + cos x = 1 / sin x
Multiplying by sin x:
sin2x + sin x cos x = 1
Using the identity sin2 + cos2x = 1:
sin2x + sin x cos x = sin2x + cos2x
sin x cos x = cos2x
Dividing by cos x:
sin x = cos x
The solution is therefore x = pi / 4 radians, or x = 5 pi / 4 radians.
The division by cos x assumed that cos x was not equal to zero; this possibility must be explored in the original equation. When cos x = 0, sin x = 1 or -1, and the angle x = pi/2 or -pi/2. It seems both of these are solutions, too.
First convert everything to sines and cosines:
sin x + sin x cos x / sin x = 1 / sin x
sin x + cos x = 1 / sin x
Multiplying by sin x:
sin2x + sin x cos x = 1
Using the identity sin2 + cos2x = 1:
sin2x + sin x cos x = sin2x + cos2x
sin x cos x = cos2x
Dividing by cos x:
sin x = cos x
The solution is therefore x = pi / 4 radians, or x = 5 pi / 4 radians.
The division by cos x assumed that cos x was not equal to zero; this possibility must be explored in the original equation. When cos x = 0, sin x = 1 or -1, and the angle x = pi/2 or -pi/2. It seems both of these are solutions, too.
First convert everything to sines and cosines:
sin x + sin x cos x / sin x = 1 / sin x
sin x + cos x = 1 / sin x
Multiplying by sin x:
sin2x + sin x cos x = 1
Using the identity sin2 + cos2x = 1:
sin2x + sin x cos x = sin2x + cos2x
sin x cos x = cos2x
Dividing by cos x:
sin x = cos x
The solution is therefore x = pi / 4 radians, or x = 5 pi / 4 radians.
The division by cos x assumed that cos x was not equal to zero; this possibility must be explored in the original equation. When cos x = 0, sin x = 1 or -1, and the angle x = pi/2 or -pi/2. It seems both of these are solutions, too.
First convert everything to sines and cosines:
sin x + sin x cos x / sin x = 1 / sin x
sin x + cos x = 1 / sin x
Multiplying by sin x:
sin2x + sin x cos x = 1
Using the identity sin2 + cos2x = 1:
sin2x + sin x cos x = sin2x + cos2x
sin x cos x = cos2x
Dividing by cos x:
sin x = cos x
The solution is therefore x = pi / 4 radians, or x = 5 pi / 4 radians.
The division by cos x assumed that cos x was not equal to zero; this possibility must be explored in the original equation. When cos x = 0, sin x = 1 or -1, and the angle x = pi/2 or -pi/2. It seems both of these are solutions, too.
2
(tanx+cotx)/tanx=(tanx/tanx) + (cotx/tanx) = 1 + (cosx/sinx)/(sinx/cosx)=1 + cos2x/sin2x = 1+cot2x= csc2x This is a pythagorean identity.
There is no sensible or useful simplification.
minus 4 plus 9 = 5, so 5x
4y -5
2
(tanx+cotx)/tanx=(tanx/tanx) + (cotx/tanx) = 1 + (cosx/sinx)/(sinx/cosx)=1 + cos2x/sin2x = 1+cot2x= csc2x This is a pythagorean identity.
It is: 12x
There is no sensible or useful simplification.
6x plus 4y
11p+11
e times 5 = X
2a + 3a + 4 = 5a + 4
minus 4 plus 9 = 5, so 5x
4y -5
6
you can't simplify that anymore, you have to know what either x or y equals