Please accept the accompanying Work Term Report‚ aimed designing a toasting oven in order to produce corn flakes. In the designed system 10 tons corn flakes per day is produced. After some processes‚ corn flakes enters the roasting oven at 20% humidity and exits at 4%humidity.The roasting oven can operate at (±10 ºC) 225 0C.Toasting oven is designed by considering its length‚ area and operating temperature. Optimizations are done according to these factors on the cost of the total design. In
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there are significant trends that can be seen with my data‚ my hope is that I can share these findings in a clear and insightful manner. DATE TIME (UTC) LOCATION TEMP. WIND SPEED/DIRECTION CLOUD COVER CLOUD TYPE RELATIVE HUMIDITY AIR PRESSURE 9-20-13 20:00 41 N‚ 104.8 W 66 F 5.8 MPH/SSE 0-10% CU 28% 30.02 IN 9-27-13 20:00 41 N‚ 104.8 W 37.5 F 9.2 MPH/NNE 90-100% CN 100% 29.8 IN 10-4-13 20:00 41 N‚ 104.8 W 30.2 F 20.7 MPH/NNW 70-90% CN 86% 30 IN
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with both qualitative and quantitative analyses in various environmental conditions within the campus’ premises. A quantitative analysis on the climatic factors involved the utilization of a digital anemometer to measure the temperature‚ relative humidity‚ barometric pressure‚ and wind speed. Various environmental conditions (a) open area‚ (b) shaded area‚ (c) close area were chosen and had its variables measured. Evaporation rate and precipitation were also gathered. The quantitative and qualitative
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AIM: The main aim of this project is to implement the networked agricultural monitoring and controlling system using Zigbee Technology. PURPOSE: The purpose of the project is to provide the details of soil fertility‚ temperature‚ humidity and to control these parameters. METHODOLOGY: BLOCK DIAGRAM CONTROL SECTION: Power Supply: Description: In
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The woodlouse exhibits negative phototaxes behaviour‚ this results in them moving away from brighter areas in order to find a darker one. This is because darker areas are usually damper and will be better for moisture conservation. In terms of humidity they show a kinetic reaction to dry conditions. Their rate of movement will increase in dry areas along with their rate of turning in order to quickly find a damper area. They will also move slower in humid conditions in order to conserve energy
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fluid. 8) Define fluidity. It is the reciprocal of viscosity. It is unit is 1/ poise. 9) Define Humidity. It is basically moisture content in air or it is the quantity of water vapour retained by gas. 10) Define Absolute Humidity. Weight of water vapour in unit wait of gas. H=Wr / Wg 11) Define Specific Humidity. It is weight of vapors in unit weight of mixture. 12) Define Relative Humidity. This is the ratio of moisture content of gas to maximum moisture content of the gas at that temperature
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moisture‚ the ocean. Combine continentality with the strong subsidence of the subtropical high and you have one of the driest places on earth. Air subsiding from the subtropical high is adiabatically warmed which reduces the relative humidity of the air. Relative humidity can drop to 10% or less. The extremely low relative
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will attempt to answer it. Relative humidity may be defined as the ratio of the water vapor density (mass per unit volume) to the saturation water vapor density‚ usually expressed in percent: Relative Humidity (RH) = (Actual Vapor Density) -------------------- X 100% (Saturation Vapor Density) Relative humidity can be expressed by partial vapor and
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BIOCLIMATIC ARCHITECTURE. NATURE‚ CULTURE AND TECHNOLOGY Introduction. Architecture’s great commitment is to find the correct relation between safety and comfort‚ the latter being the correct relation between temperature‚ humidity‚ lighting and ventilation.The very definition of the bioclimatic experience excludes the possibility of any kind of universal model.The bioclimatic concept is‚ above all‚ a commitment between climate‚ place‚ culture‚ local traditional materials and the architectonic
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taken from the surrounding liquid water which cools it down. In cooling tower design‚ a very important variable is the wet bulb temperature of the air. The wet bulb corresponds to the current humidity of the air. The greater the difference between the air temperature and wet bulb temperature‚ the greater the humidity. In many equilibrium based operations such as a cooling tower‚ it is common to define and use two terms‚ the number of theoretical plates and the height of those plates. The product of
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