Population Density

Average density can hide internal density differences in a city. Exam tip: distinguish average and local density.

Even with same density quality of services and resources changes pressure. Exam tip: give context based answer.

Dense population and poor drainage together increase pressure on health and basic services. Exam tip: link density with infrastructure.

Density relates population to area and gives average concentration. Exam tip: remember both formula and meaning.

High density and low employment can increase livelihood crisis. Exam tip: link density with employment capacity.

In coastal cities economic opportunities and site safety both affect density. Exam tip: write multiple factors.

Valleys may be relatively level and serviced. Exam tip: remember the relation of relief and local density.

In sparse and large areas service delivery can be difficult and costly. Exam tip: link low density with access cost.

When population density rises, more people need to travel daily to schools, workplaces, and markets. If buses, metro services, or other public transport do not expand accordingly, pressure on roads, commuting, and traffic congestion increases. Option D can be a consequence, but the broader pressure asked in the question is on daily travel and traffic. Exam tip: link higher population density with greater transport demand and congestion.

High density does not always show development. Exam tip: do not treat density as a complete measure of development.

Density tells population concentration not economic importance. Exam tip: keep demographic and economic importance separate.

When more people depend on limited farmland small holdings and pressure increase. Exam tip: write land pressure.

Green spaces in dense areas help health and environmental balance. Exam tip: remember open space planning.

A district's average density is calculated from its total population and total area. Large rural, forested, or sparsely populated parts may lower this average even when the main town is very densely populated because of industries and employment. Option B ignores local variation, while C and D incorrectly interpret what an average shows. Exam tip: read average values along with local distribution and map scale.

Density may be same but socio economic context can differ. Exam tip: connect map value with context.

Density tells average population per square kilometre. Exam tip: separate total and average.

Even with low density resource scarcity can create crisis. Exam tip: see resource availability with density.

Density tells concentration and distribution tells spatial spread. Exam tip: treat both as complementary indicators.

Land value is influenced by demand and supply. In a densely populated area, many people and businesses may want housing, shops, offices, transport access, and other facilities, while the amount of usable land remains limited. More competition for that limited land can raise its price, especially in places with jobs, services, and good connectivity. High density does not automatically raise every plot’s value, but it provides a logical reason for increased demand in suitable urban locations.

Option A is correct because it expresses the demand–supply relationship: demand for housing and trade rises while land remains limited. Option B is the opposite of the situation, since land does not become infinite. Option C is unrealistic because dense areas generally continue to use land intensively. Option D is incorrect because population concentration can affect markets, including the land market. The conclusion is a general economic tendency, not an absolute rule for every location.

Density growth may be high in some districts and low in others. Exam tip: write regional variation.