Here in this case there are only two confirmation are possible first one is eclipsed and other one is anti so anti has least energy so more stable if we compare it wil the eclipsed conformation.
The energy profile diagram is as shown below!
5. Sketch an energy diagram showing the conformational analysis 2,2,3,3-tetramethylbutane: CHE CH3
4.41 Sketch an energy diagram that shows a conformational analysis of 2,2-dimethylpropane. Does the shape of this energy diagram more closely resemble the shape of the energy diagram for ethane or for butane? 4.42 What are the relative energy levels of the three staggered conformations of 2,3-dimethylbutane when looking down the C2-C3 bond?
1. Draw an energy diagram showing the conformational analysis of
the following compound, viewed along the C2-C3 bond. Clearly
identify relative stability of staggered conformations as well as
eclipsed conformations, taking into account gauche interactions and
hydrogen-bonding interactions. Justify your choices through
explicit reference to interactions occurring in various
conformations.
2. The IR spectrum of a dilute solution of compound 1 exhibits a
signal at 3617 cm-1, while the IR spectrum of a dilute solution of
compound 2 exhibits a...
5. Sketch the energy band diagram for a p'-n step junction diode at: (a) thermal equilibrium; (b) forward bias (show with respect to thermal equilibrium) (c) reverse bias (show with respect to thermal equilibrium) (d) in part (a) sketch a new diagram showing the carrier flux and the four current components with respect to each other.
5. Which of the following structures is an isomer of the compound in the box? CHE Chu-Chi-CH-CH-CH, A CH:CH-CH2 - CH2 B. CH, CH CH үн. CH-CH-CH-CHECK to the CH сна C. 8_5-8 CH-CH2CH сна D. CHECH-CH2-CH-CH3 1 CHE CHE 6. Determine the following pairs whether they are conformational isomers, structural (constitutional) isomers, optical isomers, geometric isomers, or not isomers. A. B. OH c. D. E F. H G. H. HO I J. K. L.
Diagram the combustion of gasoline, showing the starting energy of the reactants, the energy of the products, the energy released or absorbed by this reaction, and the activation energy. How does your car engine overcome the activation energy barrier?
5.a. Complete this diagram by showing where "energy" both leaves and enters this cycle АТР The ATP-ADP Cycle ADP + + b. Label the arrow that represents an endergonic reaction. Where does this energy come from? C. Label the arrow that represents an exergonic reaction. What is the energy liberated used for? Give several specific examples
1. The following energy diagram represents the alcohol is converted to an alkyl halide: [(CH3)ąc* Energy (CH3),COH + HCI (CH3),CCI + H2O | (CH₃CH₂ Reaction progress Match the boxes with letters, label the delta G, energy of activation, slowest step. Is the reaction endergonic or exergonic
(ii) Sketch the energy band diagram of this doped material in (i) at 0 K and identify all the important features in your diagram. (3) (iii) Now sketch the same energy band diagram as in (i) but at a temperature of 300 K. Again, label all the important features in your diagram. (3)
Sketch diagrams showing the valence energy levels in a beryllium atom, BE2 molecule and a beryllium metal?
need help with questions 4-5
CH Show your 4. What solvent would you use to make this solution → work. 5. Show the conformational analysis for the structure below (2-bromo-3-methylpentane), sighting at C2-C3 bond BU CHE H2C CH3