According to the Census of 2011, which was the most urbanised state of India by the proportion of its population living in urban areas?

The correct answer is D, the presence of a municipality or a notified town area committee. A place that has a municipal corporation, a municipality, a cantonment board or a notified town area committee is a statutory town, and it is urban whatever its population; it is therefore not a census town at all. A census town is a place with no such body that satisfies three tests together, which are exactly the other three options: A, a population of at least five thousand; B, at least seventy-five per cent of the male main working population in non-agricultural work; and C, a density of at least four hundred persons per square kilometre. All three must be met at once, so a large but farming village remains rural. The distinction between a statutory town and a census town is the single most tested point in this chapter.

The correct answer is C, which names a compact pattern. The Ganga-Yamuna Doab is a level alluvial plain with deep fertile soil, assured water from wells, canals and a high water table, and a long history of dense farming settlement, so its villages are compact or nucleated: the houses stand packed together in one block with narrow lanes, and the fields lie all around. A, scattered, is wrong because a scattered or dispersed pattern belongs to hilly and forested country such as Meghalaya, Uttarakhand and the hills of Kerala, where terrain and small patches of cultivable land keep farmsteads apart. B, random, is wrong because it describes no recognised pattern of Indian rural settlement. D, semi sprinkled, is wrong because a semi-clustered or fragmented pattern is typical of the Gujarat plain and parts of Rajasthan, where one compact core is joined by a few clusters set some distance away.

The correct answer is A, Class I. The Census of India groups towns into six classes by population: Class I of one hundred thousand and above, Class II of fifty thousand to ninety-nine thousand nine hundred and ninety-nine, Class III of twenty thousand to forty-nine thousand nine hundred and ninety-nine, Class IV of ten thousand to nineteen thousand nine hundred and ninety-nine, Class V of five thousand to nine thousand nine hundred and ninety-nine, and Class VI of less than five thousand. So B, C and D are all wrong for a town of a lakh, and each belongs to a smaller band as listed. A further step beyond Class I is worth remembering: a city of a million or more is called a metropolitan city, and one of five million or more a megacity.

The correct answer is B, dry point settlements. Where water is abundant and flooding is a danger, people avoid the low wet land and build on the levee, the terrace or any patch of higher dry ground, and such a site is called a dry point. A, wet point settlements, is the exact opposite and is wrong here: in a dry region people cluster around the single dependable source of water, a well, a tank or a spring, and that site is the wet point. C, linear settlements, is wrong because that term describes the shape of a settlement strung along a road, a canal or a river bank, not the reason for its site. D, planned settlements, is wrong because those are laid out by government for canal colonists, refugees or industrial workers, and their site is chosen administratively rather than by the water table.

The correct answer is B, only statement B is true. Statement B is sound: for the poor and for people of the lower castes, the new jobs in colonial cities were a way out of the control of upper-caste landowners in the village and of the daily humiliation they suffered there, and this pull is part of every account of colonial urbanisation. The first statement is false because of the word only: it was not only the rich who left the villages for work in the growing cities, and in fact the poor and the landless formed the bulk of the migration to mills, docks, railways and construction sites. So option A, which calls the first statement true, is wrong, and option C, which calls both false, is wrong because the second statement is true. Option D, which calls both true, is wrong for the same reason as A.