A Seminar on Validation Of Sterilizing filter‚ Capsule filling machine & Integrated Lines Prepared By Guided By: DAVE JAY Mr.RajeshParmar sir M. Pharm QA‚ Sem – III APMC COLLEGE OF PHARMACEUTICAL EDUCATION AND RESEARCH. (QA Department) Equipment qualification Equipment qualification / validation includes following things User
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purpose of this lab is to see how iron reacts with a copper (II) chloride solution. III. Equipment and Reagents Scoop copper (II) chloride (CuCl2) Beaker Iron (Fe) Wash Bottle water (H2O) Scale Hydrogen chloride (M HCl) Filter Paper IV. Procedure: 1. Obtain a clean‚ dry 250 mL beaker. 2. See teacher to obtain a scoop of CuCl2 in the beaker. 3. Add approximately 50 mL of tap water to the crystals in the beaker. Stir the mixture with a glass stirring rod
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photosynthesis. We are doing this by investigating the amount of bubbles produced by waterweed to show the rate of photosynthesis and the effects of carbon dioxide (CO2). HYPOTHESIS: I think that the rate of photosynthesis will increase as the rate of CO2 increases this can be seen by the bubbles produced from the plant because CO2 is needed for photosynthesis. INDEPENDENT VARIABLE: Carbon Dioxide (CO2) DEPENDENT VARIABLE: Number of bubbles produced CONTROLLED VARIABLE: the same plant‚ the same amount
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perform a K.T problem analysis to identify the cause of the problem. Sparkling mineral water is the primary product of Bubbles‚ Inc. This firm‚ which is based in France‚ serves three major markets— Europe‚ North America‚ and Australia. It collects water from a natural spring; the water is then filtered through a parallel array of three filter units‚ each containing two charcoal filters. The filtration process removes trace amounts of naturally occurring contaminants. The filtered water is stored in
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Aquaculture? Low water Requirements * consume considerable less water than other types of culture systems * Suited to areas with limited water supplies. * Requires a minimum daily input of water‚ just enough to clean the waste from the filters and to replace water lost to evaporation. Less Land Requirements * Fish can be safely stocked and grown at high densities. * The goal which designers are striving to attain is 1 pound of fish per gallon of water. * Can be located in
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org/education/teachers/learnnet/cfb/enzymes.htm • http://www.elmhurst.edu/~chm/vchembook/571lockkey.html • http://www.poolcenter.com/blog-enzymes-in-pools.jpg ----------------------- |ENZYME EXPERIMENT |What is the effect of different temperatures on the number of oxygen bubbles produced in a potato during enzymatic | | |reaction? |
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investigation faster by adjusting the speed at the bottom of the water weed simulation. 3. How will you be able to determine the rate of photosynthesis in this simulation? One can determine the rate of photosynthesis in the simulation by the amount of bubbles in the water weed after the simulation is done. 4. Write the chemical equation for photosynthesis in the space below The chemical equation for photosynthesis is 6CO2 +
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Naphthalene Ball in Water Objective: In this experiment‚ we will determine if the naphthalene can be dissolve in water or not. And what will happen in the filter paper if we stick it in the funnel and let it absorbed the fumes in the boiling water with powdered naphthalene. Materials: Evaporating dish Spatula Watch Glass Filter paper Tripod Mortar and pestle Alcohol Lamp Funnel Beaker Data: Naphthalene 1. white crystalline compound 2. has a strong odor 3. round
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close to the 100 microsiemens/cm mark. Calculate the lowest value. After that‚ record the volume as the equivalence point. Finally‚ filter and measure the mass of the barium sulfate precipitate. Data: | Trial 1 | Trial 2 | | | | Equivalence Point (mL) | 8.0 | 7.6 | | | | Mass of filter paper and precipitate (g) | | 1.2417 | | | | Mass of filter paper (g) | | 1.0469 | | | | Mass of precipitate (g) | | 0.1948 | | | | Molarity of H2SO4 (M) | 0.100 | 0.100 | | | |
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temperature is higher than 37℃‚ then it will break down the peroxide faster because yeast tends to rise faster as the temperature increases. Some constants in this lab are: the 10 mL of peroxide‚ the 190 mL of water‚ the same timer‚ the same sheet of filter paper and the
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