Minerals and energy resources of Rajasthan MCQ - Practice Questions with Answers

Rajasthan's conventional power map fall into thermal, hydropower and nuclear links. Kota, Suratgarh, Chhabra and Kalisindh are thermal-power references. Chambal and Mahi projects belong to the hydropower-plus-irrigation frame. Bhadla is solar, while Mangala is an onshore petroleum field in the Barmer basin. The nuclear-energy link is specifically the Rajasthan Atomic Power Station at Rawatbhata in Chittorgarh, often read with the Chambal-Rana Pratap Sagar setting.

The Mangala oil discovery in 2004 gave Rajasthan a major place on India's petroleum map. The relevant area is the Barmer-Sanchore Basin, which is treated as the state's key petroleum region and is also linked with associated natural gas. The other choices belong to different resource categories: Khetri-Singhana is copper, Jhamarkotra-Udaipur is rock phosphate, and Makrana-Nagaur is marble. The cue words Mangala, oil and 2004 therefore point to the Barmer-Sanchore Basin.

The incorrect statement is the one that treats the Pachpadra-Barmer refinery-cum-petrochemical complex as an oilfield like Mangala. Field names is distinct from downstream industry: Mangala, Bhagyam and Aishwarya are Barmer basin petroleum fields, while the Pachpadra-Barmer complex is an HPCL Rajasthan Refinery Limited project that connects crude processing, petrochemicals, transport and employment. Limestone-cement belts, the Jhamarkotra rock phosphate-fertiliser link, and the wider idea of processing, transport, power and market demand turning mineral geography into economic geography are all correct.

Barmer is described as a double-resource district. For petroleum, Mangala, Bhagyam and Aishwarya are listed as key field names in the Barmer basin, with Mangala discovered in 2004 and production beginning in 2009. For lignite, Barmer is one of the main districts, and Kapurdi and Jalipa are named as useful anchors for district matching. Since both the petroleum-field statement and the lignite-site statement are correct, both statements are correct.

Rajasthan's renewable-energy geography through durable desert conditions, not only through current capacity rankings. Western Rajasthan has high solar radiation, large stretches of dry land, sparse population in many desert tracts and grid-expansion potential. The practical exam cue is clear skies, high insolation, land availability and proximity to planned transmission corridors. These conditions are exactly why places such as Bhadla, Jaisalmer, Barmer, Bikaner and the Jodhpur-Phalodi belt appear as solar references. Thus the reason explains why western Rajasthan is a natural solar-energy zone.