In figure CM and RN are respectively the medians of ∆ ABC and ∆ PQR .If ∆ABC~∆ PQR. Prove that

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In the given figure, CM and RN are respectively the medians of ΔABC and ΔPQR. If ΔABC ~ ΔPQR, prove In the given figure, CM and RN are respectively the medians of ΔABC and ΔPQR. If ΔABC ~ ΔPQR, prove
Example 8 (i) - In Fig. 6.33, CM and RN are respectively the medians of Δ ABC. If Δ ABC ~ Δ PQR, Example 8 (i) - In Fig. 6.33, CM and RN are respectively the medians of Δ ABC. If Δ ABC ~ Δ PQR,
In the given figure, CM and RN are respectively the medians of △ABC and △PQR. If △ABC∼△PQR In the given figure, CM and RN are respectively the medians of △ABC and △PQR. If △ABC∼△PQR
SIMILAR TRIANGLES CHAPTER 6 CLASS 10 Example 8 SIMILAR TRIANGLES CHAPTER 6 CLASS 10 Example 8
In Fig. 6.33, CM and RN are respectively the medians of ∆ABC and ∆PQR . If ∆ABC ~ ∆PQR , prove that In Fig. 6.33, CM and RN are respectively the medians of ∆ABC and ∆PQR . If ∆ABC ~ ∆PQR , prove that
in fig 6.33 cm and rn are respectively the median of ∆ABC and ∆PQR. if ∆ABC~∆PQR show ∆AMC~∆PNR in fig 6.33 cm and rn are respectively the median of ∆ABC and ∆PQR. if ∆ABC~∆PQR show ∆AMC~∆PNR
In Fig.6.33, CM and RN are respectively the medians of Δ ABC and Δ PQR. If Δ ABC ~ ΔPQR, prove that: In Fig.6.33, CM and RN are respectively the medians of Δ ABC and Δ PQR. If Δ ABC ~ ΔPQR, prove that:
In the figure, CD and RS are respectively the medians of △ABC and △PQR. If △ABC∼△PQR, prove that In the figure, CD and RS are respectively the medians of △ABC and △PQR. If △ABC∼△PQR, prove that