3/30/2024 0 Comments Density of water 62.4 lbft3![]() ![]() ![]() & Aadny, B.S., 2011. Fundamentals of drilling engineering, Richardson, TX: Society of Petroleum Engineers. & Millheim, K.K., 1986. SPE Textbook Series, Volume 2: Applied Drilling Engineering, Society of Petroleum Engineers. Lapeyrouse, N.J., 2002. Formulas and calculations for drilling, production and workover, Boston: Gulf Professional publishing.īourgoyne, A.J.T., Chenevert, M.E. Please also find the Excel sheet for this topic. Pressure gradient in kPa/m = specific gravity (SG) × 9.81 Mud weight in g/cc = 1.5 Convert specific gravity to pressure gradient in kPa/m Mud weight in g/cc = specific gravity × 1.0 Mud weight in kg/m 3 = 1,500 Convert specific gravity to mud weight in g/cc Mud weight in kg/m 3 = specific gravity × 1000 Pressure gradient in psi/ft = 0.650 psi/ft Convert Specific Gravity to Mud Weight In Metric Unit Convert specific gravity to mud weight in kg/m 3 Pressure gradient in psi/ft = 1.5 × 0.433 Pressure gradient in psi/ft = specific gravity (SG) × 0.433 Mud weight in lb/ft 3 = 93.6 lb/ft 3 Convert specific gravity to pressure gradient in psi/ft Mud weight in lb/ft3 = specific gravity × 62.4 Mud wt = 12.5 ppg Convert specific gravity to mud weight in lb/ft 3 Mud weight in ppg = specific gravity (SG) × 8.33 In this article, you will learn how to convert specific gravity to mud weight and pressure gradient in both oilfield and metric unit by using simple formulas as follows: Convert Specific Gravity to Mud Weight In Oilfield Unit Convert specific gravity to mud weight in pounds per gallon (ppg) Referring to the previous article, Calculate Specific Gravity (SG) in oilfield unit, you get specific gravity (SG) from mud weight (ppg and lb/ft 3) and pressure gradient (psi/ft) but you may need to reverse calculation from specific gravity (SG) to mud weight or pressure gradient (psi/ft). Convert specific gravity to pressure gradient in kPa/m.Convert specific gravity to mud weight in g/cc.Convert specific gravity to mud weight in kg/m3.Convert Specific Gravity to Mud Weight In Metric Unit.However all the google searches are telling me density of water is 62.4 lbf/ft-3 or it gives it to me in metric (which I dont need). So by definition, density of water should be specific weight divided by gravity (64.4/32.2). Convert specific gravity to pressure gradient in psi/ft My homework says specific weight is 62.4 lbf/ft3 for water.Convert specific gravity to mud weight in lb/ft3.Convert specific gravity to mud weight in pounds per gallon (ppg).Convert Specific Gravity to Mud Weight In Oilfield Unit.So, we now know the magnitude of the buoyant force acting on the log is equal to 836. Weight of Water Displaced = (Volume of Water Displaced)*(Weight Density of Water) To find the weight of the displaced volume of water, simply multiply the weight density by the volume of water in question. The weight density of water is ~62.4 lb/ft^3. ![]() We can use the mass density of water to determine the weight of the displaced volume of water, which will be equal to the magnitude of our buoyant force. Because the log's volume is 13.4 ft^3 and it is also fully submerged, we know the volume of water displaced by the log is also equal to 13.4ft^3. In this case, it tells you the log has a volume of 13.4 cubic feet and is full submerged. With any buoyant force, the magnitude is equal to the weight of water displaced by the object in question. To determine the buoyant force on the log, we must first understand what the buoyant force is. ![]()
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