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All the calculations for the error-checking are
rounded to |
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decimal places. You can change
this |
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by deleting the blue number (on the upper left)
and entering |
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the number of decimal places you prefer.
If you enter a number |
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that is excessively high you may
get error messages when |
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there are no errors. are no errors. |
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Trig Calculator 1 Solves the Following Equation
for X |
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A*B*Tan(X)+A*(Sin(D))n+B*(Cos(D))n = M
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Coefficient: A = |
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Coefficient: B = |
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n is an exponent: n = |
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See equation above: M =
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Angle D Degrees = |
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Calculated results are in red type below |
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Angle D in radians = |
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Spreadsheet formula for the above is
=RADIANS(D_in_Degrees) |
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Tan(X) = |
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Spreadsheet formula for the above is
=(M-(A*(SIN((D)))^n+B*(COS(D))^n))/(A*B) |
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Radians X = |
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Spreadsheet formula for the above is
=ATAN(TanX) |
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Degrees X = |
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Spreadsheet formula for the above is
=DEGREES(X) |
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The Calculator checks its results
by substituting the calculated values into |
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the equation:
A*B*Tan(X)+A*(Sin(D))n+B*(Cos(D))n = M If the
value the user |
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entered for M is the same as the
calculated value for M, the results are accurate. |
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To prevent rounding errors the following is
rounded to |
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decimal places. |
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Calculated_value_for_M
= |
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Spreadsheet formula for above
=ROUND(A*B*TAN(X)+A*(SIN(D))^n+B*(COS(D))^n, Rr) |
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Value user entered for M = |
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Spreadsheet formula for the above is =ROUND(M,
Rr) |
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Spreadsheet formula for above
=IF(CalcForM=UserForM,"No Errors","Error") |
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Trig Calculator 2 Solves the Following Equation
for X. |
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A.*Tan(X.)+B.*(Tan(D.))n. = M. |
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Coefficient: A. = |
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Coefficient: B. = |
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Exponent: n. = |
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See equation above: M. = |
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Angle D._in_ Degrees = |
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Calculated results are in red type below |
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Angle D. in radians = |
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Spreadsheet formula for the above is
=RADIANS(D._in_Degrees) |
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Tan(X.) = |
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Spreadsheet formula for the above is
=(M.-(B.*(TAN(D.))^n.) )/A. |
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Radians X. = |
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Spreadsheet formula for the above is = ATAN(
(M.-(B.*(TAN(D.))^n.) )/A.) |
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Degrees X. = |
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Spreadsheet formula for the above is
=DEGREES(X.) |
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The Calculator checks its results
below, by substituting the calculated values into |
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the equation:
A.*(Tan(X.))^n+B.*(Cot(D.))^n = M. If the value the
user entered |
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for M. is the same, as the
calculated value for M. the results are accurate. |
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To prevent rounding errors the following is
rounded to |
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decimal places. |
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Calculated value for M. = |
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Spreadsheet formula for the above is
=ROUND(A.*TAN(X.)+B.*(TAN(D.))^n.,Rr) |
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Value user entered M. = |
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Spreadsheet formula for the above is =ROUND(M.,
Rr) |
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Spreadsheet formula for
=IF(CalcForM.=UserForM.,"No Errors","Error") |
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Trig Calculator 3 Solves the Following Equation
for X_ |
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TAN(X_)+A_*(SIN(d_))n_+B_*(COS(d_))n_
= M_ |
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Coefficient:A_ = |
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Coefficient:B_ = |
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Exponent: n_ = |
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See equation above: M_
= |
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2 |
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Angle d in Degrees = |
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Calculated results are in red type below |
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Angle d_ in Radians = |
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Spreadsheet formula for the above is
=RADIANS(Angle_d_in_Degrees) |
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Tan(X_) = |
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Spreadsheet formula for the above is =
M_-(A_*(SIN(d_))^n_+B_*(COS(d_))^n_ ) |
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Radians X_ = |
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Spreadsheet formula for the above is
=ATAN(TanX_) |
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Degrees X_ = |
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Spreadsheet formula for the above is
=DEGREES(X_) |
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Results are checked below by substituting
calculated values into the equation: |
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TAN(X_)+A_*(SIN(d_))n_+B_*(COS(d_))n_ = M_ If
the value the user entered |
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for M_ is the same,
as the calculated value for M_, the results are accurate. |
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To prevent rounding errors the following is
rounded to |
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decimal places. |
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Calculated value for M_ = |
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Spreadsheet formula for
above=ROUND(TAN(X_)+A_*(SIN(d_))^n_+B_*(COS(d_))^n_,Rr) |
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Value the user entered for M_ = |
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Spreadsheet formula for above =ROUND(M_, Rr)
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Spreadsheet formula for above
=IF(CalcForM_=UserForM_,"No Errors","Error") |
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Trig Calculator 4 Solves the Following Equation
for Xa |
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Aa*(Tan(Xa))Ea+Ba*(SIN(Ca))Ea
+Ba*(COS(Ca))Ea = Sa |
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Coefficient: Aa = |
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Coefficient:Ba = |
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Exponent:Ea = |
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See equation above: Sa = |
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Angle_Ca_Degrees = |
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Calculated results are in red type below |
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Angle Ca in radians = |
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Spreadsheet formula for the above is
=RADIANS(Angle_Ca_Degrees) |
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Tan(Xa) = |
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Spreadsheet formula above
=((Sa-(Ba*(SIN(Ca))^Ea +Ba*(COS(Ca))^Ea) )/Aa )^(1/Ea) |
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Radians Xa = |
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Spreadsheet formula for the above is
=ATAN(TanXa) |
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Degrees Xa = |
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Spreadsheet formula for the above is
=DEGREES(Xa) |
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The Calculator checks its results
by substituting the calculated values |
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into the equation:
Aa*(TAN(Xa))Ea+Ba*(SIN(Ca))Ea
+Ba*(COS(Ca))Ea = Sa |
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If the value the user entered for Sa is the
same as |
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the calculated value for Sa, the
results are accurate.
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To prevent rounding errors the following is
rounded to |
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decimal places. |
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Calculated value for Sa = |
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Spreadsheet formula for above: |
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=ROUND(Aa*(TAN(Xa))^Ea+Ba*(SIN(Ca))^Ea+Ba*(COS(Ca))^Ea,
Rr) |
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Value entered for Sa = |
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Spreadsheet formula for the above is =ROUND(Sa,
Rr) |
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Spreadsheet formula for Error-Checking
is=IF(G116=G117,"No Errors","Error") |
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Trig Calculator 5 Solves the Following Equation
for Xb |
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Bb*Ab*Tan(Xb)=Sb |
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Coefficient: Ab = |
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Coefficient:Bb = |
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See equation above: Sb = |
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Calculated results are in red type below |
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TAN(Xb) = |
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Spreadsheet formula for the above is
=Sb/(Bb*Ab) |
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Radians Xb = |
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Spreadsheet formula for the above is
=ATAN(TanXb) |
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Degrees Xb = |
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Spreadsheet formula for the above is
=DEGREES(Xb) |
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The Calculator checks results
below by substituting calculated values
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into the equation:
Bb*Ab*Tan(Xb)=Sb If the value the user entered for
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Sa is the same as the calculated
value for Sa, the results are accurate. |
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To prevent rounding errors the following is
rounded to |
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decimal places. |
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Calculated value for Sb = |
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Spreadsheet formula for above
=ROUND(Bb*Ab*TAN(Xb), Rr) |
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Value entered by user for |
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Spreadsheet formula for above =ROUND(Sb, Rr)
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Spreadsheet formula for above
=IF(CalcForSb=UserForSb,"No Errors","Error") |
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Trig Calculator 6 Solves the Following Equation
for Xc |
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Ec*( Tan(Xc)+SIN(Cc) ) = Sc
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Coefficient:Ec = |
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See equation above: Sc = |
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Angle Cc in Degrees = |
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Calculated results are in red type below |
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Angle Cc in radians = |
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Spreadsheet formula for the above is
=RADIANS(Angle_Cc_in_Degrees) |
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Tan(Xc) = |
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Spreadsheet formula for the above is
=(Sc/Ec)-SIN(Cc) |
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Radians Xc = |
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Spreadsheet formula for the above is
=ATAN(TanXc) |
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Degrees Xc = |
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Spreadsheet formula for the above is
=DEGREES(Xc) |
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The Calculator checks results by
substituting calculated values into the equation:
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Tan(Xc)*( SIN(Cc)*COS(Cc) )(SIN(Cc)*Ec ) = Sc
If the value the user entered |
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for Sc is the same, as the
calculated value for Sc, the results are accurate. |
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To prevent rounding errors the following is
rounded to |
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decimal places. |
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Calculated value for Sc = |
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Spreadsheet formula for above is
=ROUND(Ec*(TAN(Xc)+ SIN(Cc)),Rr) |
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Sc= |
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Spreadsheet formula for the above =ROUND(Sc,
Rr) |
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Spreadsheet formula for above is
=IF(CalcForSc=UserForSc,"No Errors","Error") |
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Trig Calculator 7 Solves the Following Equation
for Xd |
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Xd (SIN(Cd)+COS(Cd))
= Sd |
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See equation above: Sd = |
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Angle_Cd_in_Degrees = |
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Calculated results are in red type below |
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Angle Cd in radians = |
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Spreadsheet formula for the above is
=RADIANS(Angle_Cd_in_Degrees) |
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Xd = |
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Spreadsheet formula for the above is
=Sd^(1/(SIN(Cd)+COS(Cd))) |
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The Calculator checks its results by
substituting the calculated values |
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into the equation: Xd (SIN(Cd)+COS(Cd))
= Sd If the value the user entered for |
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Sd is the same as the calculated
value for Sd, the results are accurate.
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To prevent rounding errors the following is
rounded to |
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decimal places. |
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Calculated value for Sd = |
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Spreadsheet formula for the above
=ROUND(Xd^(SIN(Cd)+COS(Cd)),Rr) |
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Value the user entered for Sd = |
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Spreadsheet formula for the above =ROUND(Sd,
Rr) |
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Spreadsheet formula for above
=IF(CalcForSd=UserForSd,"No Errors","Error") |
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Trig Calculator 8 Solves the Following Equation
for Xe |
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Be+Ae+Xe*( Sin(Ce)+Cos(Ce)+Tan(Ce) ) = Se |
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Coefficient Ae = |
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Coefficient Be = |
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See equation above Se = |
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Angle_Ce_in_Degrees = |
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Calculated results are in red type below |
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Angle Ce in radians = |
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Spreadsheet formula for the above is
=RADIANS(Angle_Ce_in_Degrees) |
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Xe = |
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Spreadsheet formula for above is
=((Se-(Ae+Be))/(TAN(Ce)))^(1/(SIN(Ce)+COS(Ce))) |
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Calculations are checked here, by
substituting the calculated values into |
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the Ae+Be+Tan(Ce)*Xe (SIN(Ce)+COS(Ce)) = Se If the value the user entered
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for Se is the same as the calculated value for
Se, the results are accurate. |
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To prevent rounding errors the following is
rounded to |
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decimal places. |
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Calculated value for Se = |
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Spreadsheet formula for
above=ROUND(Ae+Be+TAN(Ce)*Xe^(SIN(Ce)+COS(Ce)), Rr) |
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Value user entered for Se = |
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Spreadsheet formula for above =ROUND(Se, Rr)
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Spreadsheet formula for above
=IF(CalcForSe=UserForSe,"No Errors","Error" ) |
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Trig Calculator 9 Solves the Following Equation
for X |
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Af*Bf+ Xf*( Tan(Cf)+Sin(2*Cf) ) = Sf |
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Coefficient: Af= |
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Coefficient: Bf = |
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See equation above Sf = |
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Angle_Cf_in_Degrees = |
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Calculated results are in red type below |
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Angle Cf in radians = |
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Spreadsheet formula for above is
=RADIANS(Angle_Cf_in_Degrees) |
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Xf = |
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Spreadsheet formula for above is
=(Sf-Af*Bf)/(TAN(Cf)+SIN(2*Cf)) |
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The Calculator checks results by
substituting calculated values into the
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equation: Af*Bf+
Xf*(Tan(Cf)+Sin(2*Cf)) = Sf If the value the user entered |
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for Sf is the same as the
calculated value for Sf, the results are accurate. |
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To prevent rounding errors the following is
rounded to |
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decimal places. |
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Calculated value for Sf= |
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Spreadsheet formula for above =ROUND(Af*Bf+
Xf*(TAN(Cf)+SIN(2*Cf)),Rr) |
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Sf = |
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Spreadsheet formula for above is =ROUND(Sf, Rr)
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Spreadsheet formula for
=IF(CalcForSf=UserForSf,"No Errors","Error") |
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Trig Calculator 10 Solves the Following
Equation for Xh |
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XhSin(Ch)
= Sh |
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See equation above: Sh = |
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Angle Ch in Degrees
= |
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Calculated results are in red type below |
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Angle Ch in radians = |
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Spreadsheet formula for above is
=RADIANS(Angle_Ch_in_Degrees) |
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Sin(Ch) = |
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Spreadsheet formula for above is =SIN(Ch) |
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*Note: SIN(Ch) cannot be greater than 1.
This can be used |
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to limit the magnitude of
exponents, when devising formulas. |
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Xh = |
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Spreadsheet formula for above is
=Sh^(1/SIN(Ch)) |
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The Calculator checks results by substituting
the calculated values |
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into the equation: XhSin(Ch) = Sh
If the value the user entered for Sh |
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is the same, as the calculated value for Sh,
the results are accurate. |
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| |
To prevent rounding errors the following is
rounded to |
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decimal places. |
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The calculated value for Sh = |
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Spreadsheet formula for the above=IF(Sh=0,"",
ROUND(Xh^SIN(Ch), Rr )) |
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Sh= |
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Spreadsheet formula for the above =ROUND(Sh,
Rr) |
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Spreadsheet formula for above
=IF(CalcForSh=UserForSh,"No Errors","Error") |
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Ten Algebraic-Trig-Calculators Created By
David@TechForText.com, ©2010 To contact the author use
the email address. |
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