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Exercise. Calculate porosity. We need: Beaker (100ml) Graduated cylinder (50ml)

ID: 283044 • Letter: E

Question

Exercise. Calculate porosity. We need: Beaker (100ml) Graduated cylinder (50ml) Coarse and find sand Water Step1: fill the beaker up to the 80mlmark with fine sand Step2: slowly pour the water into the sand filled beaker, allowing time for water to seep through the sediments, until the water reaches the 80ml mark of the beaker Step3-determine how much water has been added to the sediment in order to fill up all of the pore spaces. (50ml-remaining water=volume of pore space) Step4: calculate the porosity of the fine sand as a percentage of the total volume
Reading=18ml Exercise. Calculate porosity. We need: Beaker (100ml) Graduated cylinder (50ml) Coarse and find sand Water Step1: fill the beaker up to the 80mlmark with fine sand Step2: slowly pour the water into the sand filled beaker, allowing time for water to seep through the sediments, until the water reaches the 80ml mark of the beaker Step3-determine how much water has been added to the sediment in order to fill up all of the pore spaces. (50ml-remaining water=volume of pore space) Step4: calculate the porosity of the fine sand as a percentage of the total volume
Reading=18ml We need: Beaker (100ml) Graduated cylinder (50ml) Coarse and find sand Water Beaker (100ml) Graduated cylinder (50ml) Coarse and find sand Water Step1: fill the beaker up to the 80mlmark with fine sand Step2: slowly pour the water into the sand filled beaker, allowing time for water to seep through the sediments, until the water reaches the 80ml mark of the beaker Step3-determine how much water has been added to the sediment in order to fill up all of the pore spaces. (50ml-remaining water=volume of pore space) Step4: calculate the porosity of the fine sand as a percentage of the total volume
Reading=18ml

Explanation / Answer

Porosity = Volume of liquid/gas/ ( Total volume of solid + volume of liquid/gas )

Therefore Porosity = 18/( 80) = 22.5 %

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