a steam turbine is a device in which high - pressure steam enters the turbine and causes blades to spin. the…

a steam turbine is a device in which high - pressure steam enters the turbine and causes blades to spin. the spinning blades have mechanical energy. which best describes what happens in this system? the turbine absorbs heat, which creates kinetic energy in the system and produces work to turn the blades. the turbine destroys some of the thermal energy in the steam, which generates work and turns the blades. the turbine generates heat from the steam, and some of the heat creates work and turns the blades. some of the heat used to make the steam is transformed into work as the steam pushes against the blades to make them turn.

a steam turbine is a device in which high - pressure steam enters the turbine and causes blades to spin. the spinning blades have mechanical energy. which best describes what happens in this system? the turbine absorbs heat, which creates kinetic energy in the system and produces work to turn the blades. the turbine destroys some of the thermal energy in the steam, which generates work and turns the blades. the turbine generates heat from the steam, and some of the heat creates work and turns the blades. some of the heat used to make the steam is transformed into work as the steam pushes against the blades to make them turn.

Answer

Brief Explanations:

In a steam - turbine, heat energy of high - pressure steam is converted into mechanical energy as steam pushes against the blades. Energy is conserved and transformed, not absorbed, destroyed, or generated in the incorrect ways described in other options.

Answer:

Some of the heat used to make the steam is transformed into work as the steam pushes against the blades to make them turn.