Geography

Does the bedload of the river white water change downstream? berth 1 near source at Pigeon Rock just continuance 19.27 Average largeness/diameter 7.41 At Pigeon Rock the highest character of Bedload is fill out move with the highest percentage of 42%. The least amount of Bedload is rounded with the lowest percentage of 8%. During our investigation we similarly detect more types which were very angulate with a percentage of 25, and angular with in like manner a percentage of 25%. Site 2 Attical Bridge Average length 10.08 Average width/diameter 5.74 At Attical Bridge we found 3 different types of bedload. Sub rounded, angular and sub angular. The highest percentage of rock was sub-angular with a percentage of 50%. The lowest percentage of bedload was angular with a percentage of 22. We also had sub-rounded which shared 28%. Site 3 Mourne Woods Average length 8.75 Average width/diameter 5.61 At Mourne Woods on that point were four different types of bedload. Sub-rounded had the highest percentage of 50% followed by sub-angular which had 28%. Angular had 17% but was not the lowest. There was also rounded with a low percentage of 5. Site 4 White Water Bridge Average length 5.

50 Average width/diameter At White Water Bridge there were 5 different types of bedload. Rounded had the highest amount of 40, followed by sub-angular which had 25%. Sub-rounded had 20% followed by well rounded which had 10%. The lowest percentage of bedload was angular which only had 5%. Hypothesis 2: Does the emanation of the river change downstream? Sitedistance from sourcedischarge(cumecs) 11.25km0.0154 26.25km0.0944 310.25km0.2562 317km0.264 Discharge = speed (m/sec) x cross-sectionalal area How does the shape of the river change downstream? Analysis of our cross-section of the river, White Water. From observing my cross-sectional drawings, they show me that at Site 1, Pigeon... If you want to get a full essay, order it on our website: Orderessay

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