To solve for \(\sin R\), \(\cos R\), and \(\tan R\), we need to know the value of the angle \(R\). Once we have the angle \(R\), we can use Python's math library to compute the sine, cosine, and tangent of \(R\).
Step 1: Calculate \(\sin R\)
Given \(R = 0.7854\) (approximately), we find:
\[
\sin R \approx 0.7071
\]
Step 2: Calculate \(\cos R\)
Using the same angle \(R\), we calculate:
\[
\cos R \approx 0.7071
\]
Step 3: Calculate \(\tan R\)
Finally, we compute the tangent:
\[
\tan R \approx 1.0000
\]
Final Answer
\[
\sin R \approx 0.7071, \quad \cos R \approx 0.7071, \quad \tan R \approx 1.0000
\]
Thus, the answers are:
\[
\boxed{\sin R \approx 0.7071, \quad \cos R \approx 0.7071, \quad \tan R \approx 1.0000}
\]