Arrange the following bases in increasing order of basic strength and give reason for your answer.
Complete the following reactions:
(i) CH3CH2CH2BH2
(ii) (CH3)2C=O + Ph3P = CH2
An alkene having molecular formula C6H12 an ozonolysis yielded butanal and ethanal. What is the structural formula of alkene
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An alkene having molecular formula C6H12 an ozonolysis yielded butanal and ethanal. What is the structural formula of alkene
See Answer →Addition reactions of alkenes are exothermic processes. Explain.
See Answer →Predict the hybridization state of each carbon atom in allene which has the following structure:
CH2 = C = CH2
See Answer →Alkanes with odd number of carbon atoms have lower melting points than those with an even number of carbon atoms.
See Answer →Arrive at the Lewis structure of XeF4 using the steps given in Unit 3.
See Answer →Complete following equations:
i) 30P + ... → 30Si
ii) 10B+n→ ...+a
iii) 20Ne+136Ba→ 150Dy+...
iv) ... + 2H→ 22Na+a
v) 241Am + ... → 243Bk + 2n
See Answer →In the mass spectra, alkanes give a series of peaks separated by 14 mass units.
See Answer →Normal water contains isotope of hydrogen 3H, tritium. It has a half-life of 12.3 years. Determine the age of a bottle of wine whose 3H radiations is about 1/10 that present in new wine.
See Answer →How would you prepare alkanes from the following? (Give only one example).
(i) Alkyl halide
(ii) Carboxylic acid
See Answer →UV-VIS absorption spectra are broad band spectra. Explain.
See Answer →Explain why π→ π* transitions are the most useful transition in UV-VIS spectroscopy?
From the infrared spectrum given below, identify the possible functional groups corresponding to the peaks indicated by the arrows.
Arrange the following in the increasing order of their acid strengths:
Chloroethanoic acid, fluoroethanoic acid, propanoic acid.
Give reason in support of your answer.
See Answer →Which of the following molecules exhibit rotational and or vibrational spectra H2, HF, CO, NO
See Answer →Given that the spacing of the lines in the microwave spectrum of 24Al1H is constant at 12.604 cm. Calculate the moment of inertia and bond length of the molecule.
See Answer →Given that the spacing of the lines in the microwave spectrum of 24Al1H is constant at 12.604 cm. Calculate the moment of inertia and bond length of the molecule.
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