How do you solve (2senx+1)(2cosx+3)=0 ?

.

ToTo solveTo solve ( (2\To solve theTo solve ( (2\sin(x)To solve the equationTo solve ( (2\sin(x) + 1To solve the equation (To solve ( (2\sin(x) + 1)(To solve the equation ( (To solve ( (2\sin(x) + 1)(2To solve the equation ( (2\To solve ( (2\sin(x) + 1)(2\To solve the equation ( (2\sinTo solve ( (2\sin(x) + 1)(2\cosTo solve the equation ( (2\sin(xTo solve ( (2\sin(x) + 1)(2\cos(x)To solve the equation ( (2\sin(x) +To solve ( (2\sin(x) + 1)(2\cos(x) + To solve the equation ( (2\sin(x) + 1To solve ( (2\sin(x) + 1)(2\cos(x) + 3To solve the equation ( (2\sin(x) + 1)(To solve ( (2\sin(x) + 1)(2\cos(x) + 3)To solve the equation ( (2\sin(x) + 1)(2To solve ( (2\sin(x) + 1)(2\cos(x) + 3) =To solve the equation ( (2\sin(x) + 1)(2\To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = To solve the equation ( (2\sin(x) + 1)(2\cosTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0To solve the equation ( (2\sin(x) + 1)(2\cos(xTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 \To solve the equation ( (2\sin(x) + 1)(2\cos(x)To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ),To solve the equation ( (2\sin(x) + 1)(2\cos(x) +To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), youTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you wouldTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would firstTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3)To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first findTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find theTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values ofTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 \To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of (To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ),To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( xTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), youTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x \To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you wouldTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) thatTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would setTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that makeTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factorTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make eachTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equalTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equalTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zeroTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal toTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero andTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zeroTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solveTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individuallyTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve forTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually.To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for (To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. ThenTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( xTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then,To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x \To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, youTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ).To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you wouldTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). ThisTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solveTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leadsTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solve forTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leads toTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solve for (To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leads to twoTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solve for ( xTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leads to two separateTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solve for ( x \To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leads to two separate equationsTo solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solve for ( x )To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leads to two separate equations:

To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solve for ( x ) accordinglyTo solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leads to two separate equations:

1To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solve for ( x ) accordingly.To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leads to two separate equations:

1.To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solve for ( x ) accordingly.To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leads to two separate equations:

1. (To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solve for ( x ) accordingly.To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leads to two separate equations:

2. ( To solve ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would first find the values of ( x ) that make each factor equal to zero individually. Then, you would solve for ( x ) accordingly.To solve the equation ( (2\sin(x) + 1)(2\cos(x) + 3) = 0 ), you would set each factor equal to zero and solve for ( x ). This leads to two separate equations:

3. ( 2\sin(x) + 1 = 0 )

4. ( 2\cos(x) + 3 = 0 )

Solve each equation individually to find the values of ( x ) that satisfy the original equation.