Data Table 1: Converging (Convex) Lens Using Lens Maker's Equation 1/f = (n - 1) . (1/R , - 1/R,) to find focal length: f = Where Refractive Index of lens n = 1.5, Curvature Radius R, = 0.8 m and R, = -0.8 m. Drag and arrange ruler and object to object position P = 2.00 m (P at left side of lens). Drag ruler to measure image position Q (Q at right side of lens). Using P, Q, and f to calculate image position Q: Q =Pf/(P-f) Calculate magnification M: M =-Q/P Comment type of image: Real or Virtual, Enlarged or Reduced, Inverted or Upright Attach Screenshot of P = 2.00 m Measurement from the Simulation to Lab Report. P (m) Q (m) Qc =Pof /(P-f) (m) M =-Q/P Image Type 2.00 1.40 0.50