Thermal energy=Mechanical energy (energy conservation law) (ALL energy is conserved, none lost)
(mass)(gravity)(height))+((1/2(mass))(velocity)^2)=(m)(C)(Δ T)+(m)(Lf)
THERMAL ENERGY=(mass)(Specific heat)(Δ Temperature)+(melting temp)(mass)
TE=(m)(C)(&Delta: T)+(m)(Lf)
Mechanical energy= potential energy + kinetic energy
Me=((mass)(gravity)(height))+((1/2(mass))(velocity)^2)
example: a piece of lead is found on the street melted. it is 130kg and 655 Kelvins and has a melting temperature of 23 ( Joules/kilograms ) and a specific heat of .13 (Joules/kilograms kelvins). how high was it dropped from if it was 300 Kelvins when dropped
Δ T=655-300
mass=130
c=.13
Lf=23
h=?
G=10
(130kg)(.013J/kgK)(355K)+130kg(23000J/kg)=(130kg)(10N/KG-M/S)(height)
2 990 599.95=(1300 N/m-s)(height)
divide by 1300
2300.4615 meters=heightFriction converts mechanical energy into thermal energy, causing the surfaces in contact to heat up as a result of the resistance to motion.
Friction between moving parts in a machine can convert mechanical energy into thermal energy. When brakes are applied in a moving vehicle, mechanical energy is converted to thermal energy due to friction between the brake pads and the wheels. The act of rubbing your hands together generates heat by converting mechanical energy into thermal energy. Electric heaters convert electrical energy (which is ultimately derived from mechanical energy in power plants) into thermal energy, which in turn heats up a room. When a ball bounces repeatedly on the ground, mechanical energy is gradually dissipated as thermal energy due to internal friction within the ball and between the ball and the ground.
Yes, examples are steam turbines, locomotive, hydraulic turbines, etc.
Friction converts kinetic energy into thermal energy due to the heat generated by the interaction of surfaces in contact.
Mechanical energy does not come directly from light and heat. Light and heat are forms of energy, but they do not typically convert into mechanical energy. Mechanical energy is typically associated with the motion or position of an object.
heat engine
mechanical engergy
Yes coolant is used in a cycle
Friction converts mechanical energy into thermal energy, causing the surfaces in contact to heat up as a result of the resistance to motion.
Normally, friction between moving surfaces causes mechanical energy to convert to thermal energy (heat), as in the brakes of most cars.
Friction between moving parts in a machine can convert mechanical energy into thermal energy. When brakes are applied in a moving vehicle, mechanical energy is converted to thermal energy due to friction between the brake pads and the wheels. The act of rubbing your hands together generates heat by converting mechanical energy into thermal energy. Electric heaters convert electrical energy (which is ultimately derived from mechanical energy in power plants) into thermal energy, which in turn heats up a room. When a ball bounces repeatedly on the ground, mechanical energy is gradually dissipated as thermal energy due to internal friction within the ball and between the ball and the ground.
Yes, examples are steam turbines, locomotive, hydraulic turbines, etc.
Friction converts kinetic energy into thermal energy due to the heat generated by the interaction of surfaces in contact.
Wind turbines convert the kinetic energy of the wind into mechanical energy, which is then transformed into electrical energy. They do not convert energy directly back into potential, kinetic, or thermal energy.
Mechanical energy does not come directly from light and heat. Light and heat are forms of energy, but they do not typically convert into mechanical energy. Mechanical energy is typically associated with the motion or position of an object.
No, thermal energy cannot be completely converted to mechanical energy without limitations. This is due to the second law of thermodynamics, which states that some energy will always be lost as heat in any conversion process.
Thermal energy can be converted into alot of things just go find out what it is.