The IMSIN() function is used to find the sine of a given complex number.
The IMSIN() function takes a complex number as its argument in the form of x+iy.
The actual formula for Sine of a complex number is as given below:
Complex Number1 | IMSIN | Formula |
2+5i | 67.4789152384559-30.8794313435882i | =IMSIN(L4) |
4+2.3i | -3.81218115678322-3.22701359064241i | =IMSIN(L5) |
6+5.7i | -41.7545593256173+143.48019268019i | =IMSIN(L6) |
1.4+8i | 1468.79228700939+253.332427572756i | =IMSIN(L7) |
2-8i | 1355.28886606391+620.258048292821i | =IMSIN(L8) |
The IMCOS() function is used to determine the cosine value of a given complex number.
This function takes a complex as its parameter and is in the form of x+iy.
The formula for calculating cosine of a complex number is as given below:
Complex Number1 | IMCOS | Formula |
2+5i | -30.8822353189167-67.4727884405875i | =IMCOS(L17) |
4+2.3i | -3.29254714427699+3.73630501367712i | =IMCOS(L18) |
6+5.7i | 143.483405376802+41.753624411012i | =IMCOS(L19) |
1.4+8i | 253.33248459038-1468.79195642783i | =IMCOS(L20) |
2-8i | -620.258187894532+1355.2885610286i | =IMCOS(L21) |
The IMTAN() function is used to determine the tangent value of a given complex number.
This function takes a complex as its parameter and is in the form of x+iy.
The formula for calculating tangent of a complex number is as given below:
Complex Number1 | IMTAN | Formula |
2+5i | -0.0000687216388011928+1.000059350149i | =IMTAN(L31) |
4+2.3i | 0.019946061760864+1.00273071774881i | =IMTAN(L32) |
6+5.7i | -0.0000120141609352638+0.999981105397924i | =IMTAN(L33) |
1.4+8i | 7.53959160022853E-08+1.00000021206633i | =IMTAN(L34) |
2-8i | -1.70333827133693E-07-1.00000014711579i | =IMTAN(L35) |
The IMCSC() function returns the cosecant value of a complex number.
The cosecant value is nothing but the inverse of sine value.
This function takes a complex number as its argument.
The formula of cosecant function is as given below:
Complex Number1 | IMCSC | Formula |
2+5i | 0.0122534247739045+0.00560736324365171i | =IMCSC(L44) |
4+2.3i | -0.152815237366451+0.129358188280564i | =IMCSC(L45) |
6+5.7i | -0.00186988547486249-0.00642544269551314i | =IMCSC(L46) |
1.4+8i | 0.000661163046369189-0.000114035211812788i | =IMCSC(L47) |
2-8i | 0.000610070587599244-0.00027920335026741i | =IMCSC(L48) |
The IMSEC() function returns the secant value of a complex number.
The secant value is nothing but the inverse of cosine value.
This function takes a complex number as its argument.
The formula of secant function is as given below:
Complex Number1 | IMSEC | Formula |
2+5i | -0.00560853811692711+0.0122537666692991i | =IMSEC(L58) |
4+2.3i | -0.132759491143768-0.150652346234698i | =IMSEC(L59) |
6+5.7i | 0.00642534375443527-0.00186977294781789i | =IMSEC(L60) |
1.4+8i | 0.000114035285844811+0.000661163177981821i | =IMSEC(L61) |
2-8i | -0.00027920349525829-0.000610070629792488i | =IMSEC(L62) |
The IMCOT() function returns the cotangent value of a complex number.
The cot value is nothing but the inverse of tangent value.
This function takes a complex number as its argument.
The formula of cot function is as given below:
<Complex Number1 | IMCOT | Formula |
2+5i | -0.000068713481923862-0.999940648651408i | =IMCOT(L72) |
4+2.3i | 0.0198297259600569-0.996882270950545i | =IMCOT(L73) |
6+5.7i | -0.0000120146149519776-1.00001889481474i | =IMCOT(L74) |
1.4+8i | 7.53958840244244E-08-0.999999787933708i | =IMCOT(L75) |
2-8i | -1.70333777016106E-07+0.999999852884198i | =IMCOT(L76) |