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- Draw a graph showing moisture content of grain on wet basis versus moisture content on dry basis. Take the moisture content of grain on wet basis from 10% to 60% at equal intervals of 5%.Given the following problems, give illustrations; provide solutions using proper equations and variables; convert figures if necessary; and reduce answers to appropriate significant figures up to two decimal places only: 1. Convert the following moisture content as indicated. Show your solutions. 18% wb to MCdb 26% wb to MCdb 15% db to MCwb 20% db to MCwb 24% db to MCwb 2. Determine the weight loss of a ton of paddy at 24% if dried to 14%. Correspondingly, determine the price at different level. Considering price difference of P2.00/kg between wet and dry. Make your conclusion from the above figures. 3. From a one hectare farm, 150 bags (50kg/bag) of palay were harvested with moisture content of 26%MVwb. If it will be dry to 14%MC, determine how much water will be removed from drying? 4. One hundred (100) bags of freshly harvested palay was dried to 14%MC and became 90 bags. Determine the fresh moisture content before drying. 5. Two tons of paddy with 22% moisture content on wet…Determine the consumptive use in cm/day for wheat for November 20, 2020 with the mean temperature of 20.41 °C with % daylight of 15.57 by Blaney-Criddle method. Take K= 0.68. Answer:
- Fertilizer 46-0-0 0-44-0 0-0-62 Total material needed Fertilizer Needed lbs/acre 1 2 3 4 $/ton 940 820 800 $/lb fert. 5 6 7 - - Total cost Cost $/acre 8 9 10 11 For the upcoming growing season, you are hired to prepare a fertilizer budget for a 16-acre hay field. You collect soil samples and have them analyzed. The soil test recommends 170 lbs N/acre, 60 lbs. P205/acre, and 90 lbs K20/acre. The co-op provides you with their available materials and the prices listed in the table below. Based on the soil test recommendations and the information from the co-op, complete the table below by entering the correct value matched with the appropriate number. All answers should have 2 decimal places. Round accordingly! $/16 acres 12 13 14 15Q1/By Using modified Blaney- Criddle method (prof. Najeeb kharrufa) for rice crop has growing in a farm at the climate condition are tabulated below the season consumptive use (Cu) is : Month April May June T(C ) 28 30 35 P % 9.5 9.7 9.7 A- 31.54 cm B- 96.85 cm c- 25.88 cm C- 98.45 cmRemember question based on True or False, if you know the answer then you can attempt it. I want short explanation. Potential sources of environmental stress on vegetation include the amount of soil moisture, incoming solar radiation, and vapour pressure deficit. True False
- What is the moisture content for test 1? Round off your answer to two decimal places. No need to indicate the percentage sign. Plastic Limit Test No. 1 2 Can No./ID A B Mass of can (g) 13.30 14.50 23.86 32.10 Mass of can + moist soil (g) Mass of can + dry soil (g) moisture content 22.27 29.20 Answer:Ground cherry seeds need to be planted at a depth of 1-cm below the surface and will only germinate if their surrounding soil is at a temperature of 24-30°C. Farmer Joe wants to know whether adding straw mulch (mulch = 0.05 W/m K, Lmulch = 10 cm) on top of his soil will increase the odds of germination. The topsoil in Deleware is sandy loam (soil = 0.5 W/m K), with a thickness of 1 m. Immediately beneath the topsoil is the subsoil, which is at a constant temperature of Tsubsoil = 10°C. You can assume that the air in Deleware is fairly calm, with a heat transfer coefficient of h = 10 W/m².K. deleware (a) Sketch the system (with and without mulch), labeling all temperatures, dimensions, and proportionality constants. You may assume that the subsoil, topsoil, mulch, and air are at steady state. You should have two sketches. On separate graphs, sketch the heat flux and temperature as a function of position (from the air to the subsoil), with and without mulch. Make sure that your sketches…has The crop coefficient curve (Kc) of a crop been developed for a location (see the figure below). The crop is planted on April 11 and harvested on Oct. 15. The estimate potential crop evapotranspiration (ET) using the Penman- Monteith method is given below. Estimate the evapotranspiration from the crop over the entire growing season for this location. Assume the is well watered and there is no significant water stress. crop Month ETo (mm/day) 1.2 12 1.0 10 Crop coefficient, K 0.8 0.6 D A B 0.4 April 3.5 May 4.0 June 4.5 0.2 July 5.0 Aug 5.0 0 Sep 3.0 ° 20 40 60 80 100 Growing season, % Oct 2.0
- 2. A water treatment plant having an average daily flow rate of 53 MGD (MGD = million gallons per day) adds lime during softening at a dosage of 220 mg/L. Calculate the mass of lime in metric tons/c that must be supplied each day.1. If peanuts weighing 650 kg at 28 percent moisture content are dried to 12 percent moisture content, what is the weight of the dried peanuts?Sanitary Engineering laboratory Turbidity of water test 1. Where do you find the adverse effects of turbidity in environmental engineering? Mention two instances. 2. Discuss the significance of detennination of turbidity in sanitary engineering. 3. Discuss the nature of materials causing turbidity in (a) River water during flash flood (b) Polluted river water (0) Domestic wastewater 4. What is the standard unit of turbidity? 5. What are NTU and JTU?