Analyze nestle csr initiative plan focuses on society issues
This is a CSR project, and choose to nestle as our company Note: Please give answer on mentioned words (must add intext citation) and required
ONLY NUMERICAL SOLVING NEEDED AND NO NEED OF REPORT OR PLAGIRSM CHECK ou are to produce a written report about thermodynamic systems, which:a) explains the fundamental parameters of thermodynamics and thermodynamic process parameters,b) explains the need for different types of temperature scale, andc) evaluates the polytropic processes, explaining the relationships between parameters and what the results from relevant and accurate calculations.To do this.You are provide with a range of thermodynamic parameters to research and investigate, along with gases to consider when carrying out calculations to an appropriate degree of accuracy and using appropriate units throughout. Your report should contain: · Explain of the differences between sensible heat, latent heat, including latent heat of fusion and latent heat of vaporisation and relationship between temperature at constant pressure or volume during expansion and/or compression.· Calculations of the values and explanations of the significance of the answers:- Thermal energy of gas A– Thermal power of gas A.· Explanations for why different temperature scales are needed, and why conversions are carried out between the scales. You then need to:· Complete the following calculations, using the data provided for Gas B, for three different polytropic processes:1) A piston contains M1 kg of air at temperature T1 and pressure P1. The air is heated to 1200°K while being kept at a constant volume of 5 litres. Calculate the mass and pressure of the air following heating. Assume the gas constant for air is287 Jkg-1K-12) A cylinder contains a gas at temperature T2 and pressure P2. It is then cooled to 100°C when the pressure is 1.2 MPa. Find the polytropic process index value(n) for the gas3) A gas is stored in a cylinder that has a volume of V3 litres. The gas is stored at temperature T3 and pressure P3. The gas is then released into the air. Calculate the final temperature of the gas and the polytropic process index value ‘n’ of the gas. You need to then produce an evaluation of these polytropic processes, explaining the relationships between parameters and what the results of the calculations show in terms of the impact and operation of the thermodynamic system.Variables for Thermal Energy and Power CalculationsGas A
Variables for Polytropic Process CalculationsGas B
la B
Data for an open thermodynamic system (air cooled heat exchanger):Assume the output from the open system is venting in to the atmosphere.
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