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1. Five (5) molecules have speeds of 100, 200, 450, 800, and 704 m/s. Determine the average speed of the molecules.2. Using the information in

1. Five (5) molecules have speeds of 100, 200, 450, 800, and 704 m/s. Determine the average speed of the molecules.2. Using the information in problem 1, determine the rms speed of the gas molecules. 3. Determine the average translational kinetic energy of gas molecules at a temperature of 350 K. 4. The mass of a molecule of an ideal gas is 3.0 x 100 kg. Determine the rms speed of the molecules of this gas when the temperature is 400 K.

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1. Cinco (5) molecular tienen rapideces de 100, 200, 450, 800 y 704 m/s. Determine la rapidez promedio (v) de las molecular 10 puntos 2. Utilizando la informacion del problema 1, determine la velocidad rms de las molecular del gas. 10 puntos 3. Determine la energia cinetica de traslacion promedio de las molecular de un gas a una temperatura de 350 K. 10 puntos 4. La masa de una moleculare un gas ideal es 3.0 x 10-20 kg. Determine la rapidez rms de las molecular de ese gas cuando la temperatura es 400 K. 10 puntos

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