A. 359 days B. 361 days C. 363 days D. 365 days
A. neap tide B. spring tide C. diurnal tide D. ebb tide
A. peat and marshy soil B. saline and alkaline soil C. black soil D. alluvial soil
A. Ecology B. Geography C. Geology D. Geomorphology
A. solifluction B. gelifluction C. frost creep D. rockfall
A. the surface temperature B. equilibrium temperature C. the mean global surface temperature D. global temperature
A. ebb tide B. high tide C. spring tide D. neap tide
A. stem flow B. through flow C. interception D. canopy drip
A. volcanoes B. island arcs C. earthquakes D. All of the above
A. poles B. equator C. prime meridian D. None of the above
A. a spring in Vering B. near Bara Lacha Pass in Lahul C. Rakas lake in Tibet D. Mansarovar lake
A. the growing season is short in these areas B. the ground is often frozen or snow or ice covered…
A. hydrolysis B. carbonation C. oxidation D. solution
A. abrasion, crystallization, pressure release B. abrasion, oxidation, hydrolysis C. crystallization, carbonation, thermal insolation D. None of the above
A. the epicentre within the body of the earth B. the focus on the surface of the earth C. the…
A. climate B. weather C. temperature D. humidity
A. tropical depressions B. tropical storms C. hurricane D. None of the above
A. poles B. equator C. Prime meridian D. None of the above
A. Anthracite B. Bituminous coal C. Lignite D. Peat
A. frictional resistance B. particle cohesive bonds C. particle adhesive bonds D. momentum