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- I am a bit confused why the configurations I put are wrong. Can you please explain? Thanks!Please provide me answer with vector equation, augmented matrix and RREF. I will really upvote. ThanksMy teacher said that this has to be done using the matrix way because solving this problem is using the matrix way I was wondering if you can show me a step by step full detail using the matrix way to get an answer to solve this problem Again this has to be done using the matrix way
- My teacher instructed me to solve this problem using the matrix method, which involves solving it step by step with detailed explanations. Could you please show me the complete procedure using the matrix method to obtain the solution? It is important that the solution is derived using the matrix approach. can you show me how to do this using the matrix form please only the matrix formdo the MS ion fragement Mclafferty rearrangemet for the compundDevelop a multiplication table for NH3 for the point group to which this molecule belongs. Show all work/proofs!
- Please B and C, D. Please explain why C and D needs both R and S configurationsAny axis of symmetry Cn that rotates an object by =360/n about the z-axis can be generalized by the matrix Cn=[cossin0sincos0001] 13.18 See Table 13.1 Determine the matrix forms of the C2,C3,C6, and C1 rotation operators.Carotenes are molecules with alternating CC and C=C bonds in which the electrons are delocalized across the entire alternating bond system. As such, the electrons can be approximated as being a particle-in-a-box. Lycopene is a carotene found in tomatoes and watermelon. Assuming that the alternating carbon-carbon bond system is 2.64nm wide: a What is the energy of the n=11 level? b What is the energy of the n=12 level? c What is the E between n=11 and n=12? d If, by the Bohr frequency condition, E=h, what frequency and wavelength of light corresponds to the transition from n=11 to n=12?