Interpreting Molecular Structure and Chemical Shifts
This content provides insight into interpreting the molecular structure and chemical shifts of a compound with the formula C13H22N4O4. Through integration values, double bond equivalents, and proton counts, the analysis delves into the identification of specific groups within the molecule, such as >C=O and >NH groups, all while considering the absence of OH functionalities. Various spectroscopic techniques like HMBC and HSQC are employed to elucidate the positioning and nature of different atoms and functional groups. By decoding the proton signals and their correlations, a comprehensive understanding of the compound's structural composition is achieved.
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Presentation Transcript
Fill in the blanks Find the length of the line AG ____ cm ____ cm ____ cm ____ cm AG2 = ___2 + ___2 AC2 = ___2 + ___2 AG2 = AC2 = AG = AC =
Booklet AG = 61 ??
Challenge: A right angled triangular pyramid is drawn with the dimensions shown. Calculate the length of the diagonal of the sloping face, shown by the dotted line.
Label the diagram with the information you have been given AB = 7 cm AF = 5 cm 5 cm FC = 15 cm 7 cm
How is this different to what we have seen so far? AB = 7 cm AF = 5 cm 5 cm FC = 15 cm 7 cm
What could the question ask us to find? AB = 7 cm AF = 5 cm 5 cm FC = 15 cm 7 cm
The length of the diagonal BH is 13 cm What is the length of the cuboid? Extension: What is the volume of the cuboid?
Challenge: A long thin cuboid magnet has a length of 31 cm and a space diagonal of length 33 cm. The cuboid has a square cross section What are the other dimensions of the cuboid? x = 8 cm
Challenge 2: What are the distances from the origin to each of the other 7 vertices (corners) of the cuboid?
Fill in the blanks Find the length of the line AG ____ cm ____ cm ____ cm ____ cm AG2 = ___2 + ___2 AC2 = ___2 + ___2 AG2 = AC2 = AG = AC =
Challenge: Calculate the length of the diagonal of the sloping face, shown by the dotted line.
