I need to find the isobaric specific heat of liquid water at 50 degrees Celsius and 1 bar pressure. Use the online calculator on Engineering ToolBox to find this value in kJ/(kg K). Additionally, what is the thermal conductivity of water at 50 degrees Celsius, and in what units is it typically given on this website?
Navigate to 'engineeringtoolbox.com'. Click on the 'Water Density, Specific Weight and Thermal Expansion Coefficients - Temperature and Pressure Dependence' link. Scroll down to find the list of 'other properties of Water at varying temperature and pressure'. Click on the 'Specific heat (heat capacity)' link. On the 'Specific Heat Capacity of Water' page, locate the 'Online Water Specific Heat Calculator'. Enter '50' into the temperature input field of the calculator. Click the calculate button to get the results. Identify the 'Isobaric specific heat (C p )' value for 50 degrees Celsius in kJ/(kg K). Navigate back to the 'Water Density, Specific Weight and Thermal Expansion Coefficients - Temperature and Pressure Dependence' page (or directly to the 'Thermal conductivity' page if a direct link is available). Click on the 'Thermal conductivity' link from the list of 'other properties of Water'. On the 'Thermal Conductivity of Water' page, locate the thermal conductivity value for 50 degrees Celsius. Note the typical units for thermal conductivity of water on this page. State the isobaric specific heat of water at 50 degrees Celsius and 1 bar pressure, and the thermal conductivity of water at 50 degrees Celsius along with its units.
The agent successfully navigates to the 'Specific Heat Capacity of Water' page. The agent successfully uses the online calculator to find the specific heat. The agent correctly identifies the isobaric specific heat of water at 50 degrees Celsius and 1 bar pressure as approximately 4.180 kJ/(kg K). The agent successfully navigates to the 'Thermal Conductivity of Water' page. The agent correctly identifies the thermal conductivity of water at 50 degrees Celsius as approximately 0.644 W/(m K). The agent correctly states the typical units for thermal conductivity of water on the website as W/(m K).