How to Calculate Angle made by direction cosines of two lines in sine form?
Angle made by direction cosines of two lines in sine form calculator uses angle =
asin(sqrt(((Direction cosine 1 with respect to x axis*Direction cosine 2 with respect to y axis)-
(Direction cosine 2 with respect to x axis*Direction cosine 1 with respect to y axis))^2+((Direction cosine 1 with respect to y axis*Direction cosine 2 with respect to z axis)-(Direction cosine 2 with respect to y axis*Direction cosine 1 with respect to z axis))^2+((Direction cosine 1 with respect to z axis*Direction cosine 2 with respect to x axis)-(Direction cosine 2 with respect to z axis*Direction cosine 1 with respect to x axis))^2)) to calculate the Angle, Angle made by direction cosines of two lines in sine form is defined as the sine value of angle made by two lines given their direction cosines. Angle and is denoted by α symbol.
How to calculate Angle made by direction cosines of two lines in sine form using this online calculator? To use this online calculator for Angle made by direction cosines of two lines in sine form, enter Direction cosine 1 with respect to x axis (l_{1}), Direction cosine 2 with respect to y axis (m_{2}), Direction cosine 2 with respect to x axis (l_{2}), Direction cosine 1 with respect to y axis (m_{1}), Direction cosine 2 with respect to z axis (n_{2}) & Direction cosine 1 with respect to z axis (n_{1}) and hit the calculate button. Here is how the Angle made by direction cosines of two lines in sine form calculation can be explained with given input values -> 10.62562 =
asin(sqrt(((0.7*0.6)-
(0.7*0.8))^2+((0.8*0.6)-(0.6*0.6))^2+((0.6*0.7)-(0.6*0.7))^2)).