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(b) Figure 1 shows the thin-converging lens combination. The object distance, p=20 cm from lens 1. The focal point lens 1 and lens 2 are 15 cm and 10 cm respectively. 20 cm Lens 1 30 cm Lens 2 30 cm f,= 15 cm f2 = 10 cm Figure 1 () Sketch the final image formation in Figure 1. (ii) Calculate the magnification for lens 1, M1 (iii) Calculate the magnification for lens 2, M2

(b) Figure 1 shows the thin-converging lens combination. The object distance, p=20 cm from lens 1. The focal point lens 1 and lens 2 are 15 cm and 10 cm respectively. 20 cm Lens 1 30 cm Lens 2 30 cm f,= 15 cm f2 = 10 cm Figure 1 () Sketch the final image formation in Figure 1. (ii) Calculate the magnification for lens 1, M1 (iii) Calculate the magnification for lens 2, M2

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(b) Figure 1 shows the thin-converging lens combination. The object distance, p=20 cm from lens 1. The focal point lens 1 and lens 2 are 15 cm and 10 cm respectively. 20 cm Lens 1 30 cm Lens 2 30 cm f, = 15 cm f2 = 10 cm Figure 1 ) Sketch the final image formation in Figure 1. (ii) Calculate the magnification for lens 1, M, (iii) Calculate the magnification for lens 2, M2
Transcribed Image Text:(b) Figure 1 shows the thin-converging lens combination. The object distance, p=20 cm from lens 1. The focal point lens 1 and lens 2 are 15 cm and 10 cm respectively. 20 cm Lens 1 30 cm Lens 2 30 cm f, = 15 cm f2 = 10 cm Figure 1 ) Sketch the final image formation in Figure 1. (ii) Calculate the magnification for lens 1, M, (iii) Calculate the magnification for lens 2, M2
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