Q11: The difference in the lengths of an arc and its subtended chord on the earth...

  

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Q11: The difference in the lengths of an arc and its subtended chord on the earth surface for a distance of 18.2 km, is only A. 1 cm B. 5 cm C. 10 cm D. 100 cm. 6:49 PM Name: 9. Using 3D representations, draw all stereoisomers possible for the structure below: OH OH OH 10. Consider the 3D representation below: viii. Br vii. Determine the absolute configuration (R/S) of the chiral center R Convert the 3D drawing into Fischer projection H3C R NH₂ H₂C+= to ix. Draw the enantiomer using 3D representation and Fischer projections CO₂H R 11. Assign absolute configuration (R/S) to each stereocentre in the following molecules: Br H₂N HO H R 1100 CHO H3CH₂C -CI ID: H S H you -OH CO₂H S No chirol HO CHO HỌC | CO,CH3 CO₂H S R HO -CH3 Q11: The difference in the lengths of an arc and its subtended chord on the earth surface for a distance of 18.2 km, is only A. 1 cm B. 5 cm C. 10 cm D. 100 cm. 6:49 PM Name: 9. Using 3D representations, draw all stereoisomers possible for the structure below: OH OH OH 10. Consider the 3D representation below: viii. Br vii. Determine the absolute configuration (R/S) of the chiral center R Convert the 3D drawing into Fischer projection H3C R NH₂ H₂C+= to ix. Draw the enantiomer using 3D representation and Fischer projections CO₂H R 11. Assign absolute configuration (R/S) to each stereocentre in the following molecules: Br H₂N HO H R 1100 CHO H3CH₂C -CI ID: H S H you -OH CO₂H S No chirol HO CHO HỌC | CO,CH3 CO₂H S R HO -CH3

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Actually Correct answer is 15 mm means 153 cm but here t... View the full answer