Compute the temperature of the warm water mixture

Reference no: EM13281059

A 100.0 mL sample of cold water at 21.3 C was added to a 75.0 mL sample of hot water at 55.1 C. Calculate the temperature of the warm water mixture.

Reference no: EM13281059

Questions Cloud

What is the hubbles total energy : The Hubble Space Telescope orbits the Earth at an altitude of approximately 612 km. Its mass is 11,100 kg, What is the Hubble's total energy

Define cash conversion cycle : Define cash conversion cycle (CCC) and explain why, holding other things constant, a firm's profitability would increase if it lowered its CCC.

As sovereign humanity : As sovereign humanity, we have many moral responsibilities by which we manage this world. Inn 400 words or more, explain what are those moral responsibilities which are recorded in Matthew?

What is the maximum range to ensure good communications : The noise temperature at the receiver antenna terminals is T0=290K. The equipment and environment suggest that 6dB of margin be used to assure performance under all conditions. For reliable voice communications, a received signal should be 17dB ab..

Compute the temperature of the warm water mixture : A 100.0 mL sample of cold water at 21.3 C was added to a 75.0 mL sample of hot water at 55.1 C. Calculate the temperature of the warm water mixture.

Explain why fixed differential rate is much larger : Explain why fixed differential rate is much larger than floating differential rate in swap. For example, the fixed might be 2%, but the floating differential rate is only 0.3%

What is the resistance of the heater wire : An electric device, which heats water by immersing a resistance wire in the water, What is the resistance of the heater wire

Find noise powre spectrum at input to receiver amplifier : 1- Find the signal power at the input to the receiver amplifier. 2- Find the noise powre spectrum at the input to the receiver amplifier. 3- Find the signal-to-noise ratio at the receiver amplifier output.

Find the rate at which energy is transferred by conduction : A pond with a flat bottom has a surface area of 730 m2 and a depth of 2.7 m. Find the rate at which energy is transferred by conduction from the surface to the bottom of the pond

User Account

All Pages