A pan full of water at 50°C contains more internal energy than a teaspoon of boiling water because internal energy is related to both temperature and mass. The pan has more water (greater mass) at a lower temperature compared to the boiling water, so it would have more total internal energy.
Gravitation Potential EnergyA rock sitting on a cliff has this energy as graity is pulling it down but the cliff is keeping it upChemical Potential EnergyWhen your body uses food to create and store energy as fatsElastic potential energyWhen your stretch and elastic around something it has this energy as the stretchyness is kept
CHAIN OF ENERGYA chain of energy is different forms of energy changing as the energy goes through different stages. Some teachers may say that's incorrect,but it is in fact correct because my wonderful teachers gave me almost the same definition, because sadly I had trouble with it!!!CHAIN OF ENERGY
O bico de bunsen queima gás de cosinha, a xama é asul pois a energya subatomica da molecul@ da estrutur@ molecul@r do but@n0 é di orden de 405 namonetrso e é kente pq qnd deus cirou o mundo e o infreno ele fez um lugar ond era dificio de se viver e lá ele criou 3 tipos de chama. a vermelha proveniente do cloreto de estroncio, a azul proveniente de céu, e a amrarlea provenitene do sau de cosinha a azul é a mais kent de todas pq o fogo divinos er mais poderozo que ozotro fogos.
Stored EnergyA ConeyCreations Response
a rubber band strecthed out or a ball on top of a hill
Potential energyA rock next to a ledge.A wound up spring.A turned off faucet.An unpopped balloon.unexploded dynamiteKinetic EnergyMoving freight trainA fired bullet.Hammer swinging toward a nail.Karate chopA thrown ball.
Usually they are very blurred like looking into glasses if you don't where them or if you do you don't have them on.There is no correct answer to this question because different people will see ghosts in a different form. For example, ghost can be seen as:a ball of energya blurred figurea normal every day humana human in the state they were in when they dieda translucent human
Food gives people and animals energy. Fortunatly for us humans, we don't need alot of food for alot of energy. Unfortunatly, animals have to eat two times more than we have to to get the great amout of energy it needs.
Gravitation Potential EnergyA rock sitting on a cliff has this energy as graity is pulling it down but the cliff is keeping it upChemical Potential EnergyWhen your body uses food to create and store energy as fatsElastic potential energyWhen your stretch and elastic around something it has this energy as the stretchyness is kept
CHAIN OF ENERGYA chain of energy is different forms of energy changing as the energy goes through different stages. Some teachers may say that's incorrect,but it is in fact correct because my wonderful teachers gave me almost the same definition, because sadly I had trouble with it!!!CHAIN OF ENERGY
O bico de bunsen queima gás de cosinha, a xama é asul pois a energya subatomica da molecul@ da estrutur@ molecul@r do but@n0 é di orden de 405 namonetrso e é kente pq qnd deus cirou o mundo e o infreno ele fez um lugar ond era dificio de se viver e lá ele criou 3 tipos de chama. a vermelha proveniente do cloreto de estroncio, a azul proveniente de céu, e a amrarlea provenitene do sau de cosinha a azul é a mais kent de todas pq o fogo divinos er mais poderozo que ozotro fogos.
Here are some examples of energy transformation:Potential energy of a waterfall transforms to kinetic energy, moving the turbines, and then its transformation to electric energy through the turbo-generator system.Electrical energy goes through a toaster and turns into thermal energy or heat then sound when the toast is done.When you rub your hands together, your hands become warm. Mechanical energy due to motion is changed into heat.A television: Electrical energy--> light energy--> sound energyA firecracker: Heat to Chemical to Sound/Light. Reason being is that the source of the Chemical PE is heat in the match, which lights the fuse. Chemicals then burst when the heat hits the firecracker, and it creates a crack and it sparks.A light bulb: electrical to light and heatThe energy used to blow a trumpet is transformed into sound.Sound: Clang two cymbals together. Part of the energy from the collision is transferred into sound.Heat: I skid on my knees on a wooden floor. I will eventually come to a stop, because the energy I used to skid is lost to friction and heat (which help cause those nasty wood burns).Kinetic: I jump out of a plane with a parachute. My potential energy is transformed tokinetic energy as I fall.Potential: I go up an elevator. My potential energy increases the higher I am from the ground.Chemical: Two hydrogen atoms react and form one dihydrogen molecule. Energy is stored in the bond formed between the two atoms.Nuclear: Nuclear power plants use nuclear fission and fusion in controlled reactions to generate energy.
Here are some examples of energy transformation:Potential energy of a waterfall transforms to kinetic energy, moving the turbines, and then its transformation to electric energy through the turbo-generator system.Electrical energy goes through a toaster and turns into thermal energy or heat then sound when the toast is done.When you rub your hands together, your hands become warm. Mechanical energy due to motion is changed into heat.A television: Electrical energy--> light energy--> sound energyA firecracker: Heat to Chemical to Sound/Light. Reason being is that the source of the Chemical PE is heat in the match, which lights the fuse. Chemicals then burst when the heat hits the firecracker, and it creates a crack and it sparks.A light bulb: electrical to light and heatThe energy used to blow a trumpet is transformed into sound.Sound: Clang two cymbals together. Part of the energy from the collision is transferred into sound.Heat: I skid on my knees on a wooden floor. I will eventually come to a stop, because the energy I used to skid is lost to friction and heat (which help cause those nasty wood burns).Kinetic: I jump out of a plane with a parachute. My potential energy is transformed tokinetic energy as I fall.Potential: I go up an elevator. My potential energy increases the higher I am from the ground.Chemical: Two hydrogen atoms react and form one dihydrogen molecule. Energy is stored in the bond formed between the two atoms.Nuclear: Nuclear power plants use nuclear fission and fusion in controlled reactions to generate energy.
Here are some examples of energy transformation:Potential energy of a waterfall transforms to kinetic energy, moving the turbines, and then its transformation to electric energy through the turbo-generator system.Electrical energy goes through a toaster and turns into thermal energy or heat then sound when the toast is done.When you rub your hands together, your hands become warm. Mechanical energy due to motion is changed into heat.A television: Electrical energy--> light energy--> sound energyA firecracker: Heat to Chemical to Sound/Light. Reason being is that the source of the Chemical PE is heat in the match, which lights the fuse. Chemicals then burst when the heat hits the firecracker, and it creates a crack and it sparks.A light bulb: electrical to light and heatThe energy used to blow a trumpet is transformed into sound.Sound: Clang two cymbals together. Part of the energy from the collision is transferred into sound.Heat: I skid on my knees on a wooden floor. I will eventually come to a stop, because the energy I used to skid is lost to friction and heat (which help cause those nasty wood burns).Kinetic: I jump out of a plane with a parachute. My potential energy is transformed tokinetic energy as I fall.Potential: I go up an elevator. My potential energy increases the higher I am from the ground.Chemical: Two hydrogen atoms react and form one dihydrogen molecule. Energy is stored in the bond formed between the two atoms.Nuclear: Nuclear power plants use nuclear fission and fusion in controlled reactions to generate energy.
Aerobic respiration requires oxygen, whereas anaerobic respiration occurs in the absence of oxygen. Aerobic respiration is completed in three steps viz, Glycolysis, Kreb's Cycle and Electron transport chain; whereas anaerobic respiration is completed in Glycolysis. Aerobic respiration involves carbon dioxide as the major excretory by-product, whereas in anaerobic respiration, along with carbon dioxide, ethyl alcohol (in case of plants) and lactic acid (in case of animals) is liberated.