Thermodynamics – STUDIA.app

Bloque de plomo

Abel Ortiz2021-07-12T16:49:58-04:00Tags: Calor especifico, Equilibrio termal|

Calcule la temperatura de equilibrio final del sistema.

Bloque de hielo en una colina

Abel Ortiz2024-02-25T20:48:19-05:00Tags: Calor latente, Cambio de fase, Fricción dinámica, Fricción dinámica, Plano inclinado, Plano inclinado, Trabajo realizado por la fricción|

Si todo el trabajo de fricción se disipa en forma de calor, calcule la fracción del hielo que se derrite.

Thermodynamics

Jacuzzi!

Abel Ortiz2024-02-25T21:11:47-05:00Tags: Calculus-based, Entropy, Second Law of Thermodynamics, Thermal equilibrium|

How much does the entropy of the water and the surrounding air change?

Thermodynamics

Ice Block on a Hill!

Abel Ortiz2024-02-25T21:12:04-05:00Tags: Inclined plane, Kinetic friction, Latent heat, Phase Change, Work done by friction|

If all the friction work is dissipated as heat, calculate the fraction of ice that melts.

Thermodynamics

Ice Cubes in a Glass!

Abel Ortiz2024-02-25T21:12:24-05:00Tags: Latent heat, Phase Change, Specific heat, Thermal equilibrium|

What will be the final temperature of the system?

Thermodynamics

Ideal Gas on a Rectangular Cycle!

Abel Ortiz2024-02-25T21:12:40-05:00Tags: Constant Pressure, Constant volume, Cycle, Efficiency, First Law of Thermodynamics, Ideal gas, Work|

Calculate the change in internal energy, heat and work carried out by the four processes.

Thermodynamics

Fitting a Steel Cable!

Abel Ortiz2024-09-01T01:52:02-04:00Tags: Linear Thermal Expansion, Specific heat|

How much should the engineer adjust the temperature so that the cable slides through the hole?

Thermodynamics

Lead Block!

Abel Ortiz2024-02-25T21:16:03-05:00Tags: Specific heat, Thermal equilibrium|

Calculate the final temperature of the system once it reaches equilibrium.

Thermodynamics

Ideal Gas on an Isothermal Cycle!

Abel Ortiz2024-02-25T21:20:01-05:00Tags: Cycle, Efficiency, First Law of Thermodynamics, Ideal gas, Isothermal, Work|

Find pressure, volume and temperature for the 3 states A, B and C.

Thermodynamics

Steel Beam in the Summer!

Abel Ortiz2024-02-25T21:20:22-05:00Tags: Equilibrium, Linear Thermal Expansion, Young's Modulus|

If the beam was not between the walls, how much would its length change on a summer day?