Investigation 11 Specific heat capacity Aim: Investigate to determine the specific heat capacity of a metal cube provided Apparatus: -thermometer -stirrer -water -calorimeter -beam balance -metal cube -beaker Procedure: Using the normal equipment for Thermal Physics investigations‚ you are required to design and carry out an investigation to determine the specific heat capacity of a metal cube provide by teacher. Furthermore‚ you will need to compare your obtained value with
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TITLE OF RESEARCH :Capacity Building on Community Engagement and Volunteerism in Malaysia Institutes of Higher Learning CHAPTER 1: INTRODUCTION Institutions of Higher Learning in Malaysia employ a number of mechanisms to promote community engagement. These include the establishment of the industry and community network division in research universities and Universiti Teknologi MARA (UiTM) in 2007 to accelerate engagement with the community and industry. Ministry of Higher Education (MoHE)
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Title: Specific Heat Capacities of Metals Experiment Date: 3/28/2012 Report Date: 4/4/2012 Purpose: The purpose of the lab is to measure the specific heat capacities of aluminum‚ steel and brass. Theory: The amount of heat (ΔQ) required to change the temperature of an object is proportional to the mass (m) of the object and the temperature change (ΔT) of the object. ΔQ= cmΔT where c is called as the specific heat capacity of the material. In the calorie units system the unit of quantity
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FORMAL REPORT ON HEAT CAPACITY RATIOS OF GASES ABSTRACT This report discusses an investigation of the heat capacities of Helium‚ Nitrogen‚ and Carbon Dioxide. To accurately determine experimental values for the heat capacity of each gas‚ the heat capacity ratio was calculated from measurements of the speed of sound in each gas. An apparatus designed to measure the wavelength and frequency of sound waves in each gas was used to determine the speed of sound as a frequency was passed through each
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Capacity Management Article Capacity management is used to manage a company’s information technology. The primary goal of capacity management is to make sure that the information technology capacity meets current and future business requirements in a cost-effective manner. Not all companies are familiar with capacity management but those that are familiar with the concept seem to be quite happy with the benefits it provides. One company that recently became familiar with the concept of capacity
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CHAPTER 9 BALANCING DEMAND AGAINST PRODUCTIVE CAPACITY FLUCTUATING DEMAND • A major challenge for many types of capacity-constrained service organizations • Play havoc with efficient use of productive assets‚ thus eroding profitability • 2 basic approaches: (1) adjust the level of capacity to meet variations in demand (2)manage the level of demand using marketing strategies ➢ Services are perishable; ➢ Most acute among services are process people or physical possessions
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industry was seeing a downward trend since 1987‚ with 1986 being the peak year. Consequently‚ ACC’s last major expansion occurred in 1986 bringing its capacity to 600 million units per year. The 1991 utilization was 70% and was expected to reach 85% by 1996. Because of the depressed market conditions‚ the Sunnyvale plant made no major investments in capacity or new technology since 1986. DJC Corporation of Japan was a dominant supplier of electrical connectors in Japan. It was rumoured to be one of the
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ADVANTAGES minimize capital investment - mengurangkan pelaburan modal Continuity of operation is ensured - Kesinambungan operasi dipastikan Less total production cost - Kurang jumlah kos pengeluaran less material movement - kurang pergerakan bahan Ease of Navigation * A fixed position layout enables website visitors make their way easily through the website; because the navigation bar is fixed in place‚ it is always visible. The navigation options are readily apparent‚ allowing visitors
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Aim: i) To find the relationship between supplied energy and change in temperature of water. ii) To find the specific heat capacity (SHC) of water. Hypothesis: As time increases so does the temperature since the water is exposed to the heated wire for a longer period of time. Variables: The Dependent Variable is the temperature of the water‚ and since the Energy is calculated using temperature it is a dependent variable as well. The constant variables are the voltage and current. Theory:
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customer needs. Their cellular manufacturing approach by breaking the factory into small‚ homogeneous and cohesive productive units makes production and quality control easier. Continuous plant operation and good plant layout ensured maximum asset utilization and low work-in-process inventories and relatively higher finished goods inventory. • Pre-automation meant that production process could be automated after it was understood‚ designed and laid out which ensured quick identification of problems
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