Geography
globally, the world's ratio of reserves to annual production for oil, gas, and coal are currently:51, 57, and 125 years respectively125, 51, and 57 years respectively125, 154, and 51 years respectively51, 125, and 57 years respectively11, 17, and 75 years respectively
1) Site P has a is 0 km from site P, has a velocity of 1.2 m/s, and a cross sectional area of 100 m2. What is the discharge in m3/s?2) Site Q has a is 12 km from site P, has a velocity of 1.2 m/s, and a cross sectional area of 100 m2. What is the discharge in m3/s?3) Site R has a is 28 km from site P, has a velocity of 1.4 m/s, and a cross sectional area of 150 m2. What is the discharge in m3/s?4) Site S has a is 46 km from site P, has a velocity of 1.5 m/s, and a cross sectional area of 165 m2. What is the discharge in m3/s?5) Site T has a is 60 km from site P, has a velocity of 1.7 m/s, and a cross sectional area of 190 m2. What is the discharge in m3/s?6) What is the general direction of stream flow? west to east or east to west7) What specific feature brought more water into the stream between sites Q and R?8) On Figure 2 plot the discharges for the five locations. Draw a line connecting the discharges. Note that the axes are Distance (km) and Discharge (m3/s). The distance measurements begin at measurement site P.9) What general interpretation can you make about discharge and distance from the head using this data?NOTE: This applies to most (but not all!) streams. In dry lands, streams can lose water to the ground, shrinking as they flow.10) The town of Pasarile occasionally experiences severe flooding. Which stream measurement site would be most accurate in determining the flood conditions at Pasarile? Why?