Background: Further heating then adds energy to the liquid particles, increasing their speed, kinetic energy, and temperature. This is the second slope on the curve. Once the particles are energetic enough to completely break free of each other, they start to enter the gas phase. Boiling occurs at the second plateau of this curve, and the temperature at this point is referred to as the boiling point . Again, the added heat is being used to break up the interactions between particles instead of increasing their kinetic energy, so no temperature increase is observed until all particles are in the gas phase. Finally, adding even more energy will further speed up the gas particles, increasing the kinetic energy and temperature of the substance.

Situation: Steam radiators work by boiling water to create steam. That steam then travels up a set of pipes into the radiator, which in turn, heats up the room. As the steam travels through the unit, it slowly cools down and turns into condensation. This condensation then goes through the unit, ending it’s travels back in the boiler, where it is ultimately turned back into steam.

Question: When the boiler is turned on does the water deperature increase or decrease?

Situation: Steam radiators work by boiling water to create steam. That steam then travels up a set of pipes into the radiator, which in turn, heats up the room. As the steam travels through the unit, it slowly cools down and turns into condensation. This condensation then goes through the unit, ending it’s travels back in the boiler, where it is ultimately turned back into steam.

Question: When water is boiling in the boiler is the temerature constant or increasing

Situation: Steam radiators work by boiling water to create steam. That steam then travels up a set of pipes into the radiator, which in turn, heats up the room. As the steam travels through the unit, it slowly cools down and turns into condensation. This condensation then goes through the unit, ending it’s travels back in the boiler, where it is ultimately turned back into steam.

Question: Boiling turns the water to what?

Situation: Steam radiators work by boiling water to create steam. That steam then travels up a set of pipes into the radiator, which in turn, heats up the room. As the steam travels through the unit, it slowly cools down and turns into condensation. This condensation then goes through the unit, ending it’s travels back in the boiler, where it is ultimately turned back into steam.

Question: Is the kinetic energy increasing or decreasing when the boiler is first turned on?

Situation: Steam radiators work by boiling water to create steam. That steam then travels up a set of pipes into the radiator, which in turn, heats up the room. As the steam travels through the unit, it slowly cools down and turns into condensation. This condensation then goes through the unit, ending it’s travels back in the boiler, where it is ultimately turned back into steam.

Question: Is the kinetic energy increasing or staying constant as the water boils?

Situation: Steam radiators work by boiling water to create steam. That steam then travels up a set of pipes into the radiator, which in turn, heats up the room. As the steam travels through the unit, it slowly cools down and turns into condensation. This condensation then goes through the unit, ending it’s travels back in the boiler, where it is ultimately turned back into steam.

Question: Is the kinetic energy of the steam increasing or decreasing as it goes through the system?

Situation: Steam radiators work by boiling water to create steam. That steam then travels up a set of pipes into the radiator, which in turn, heats up the room. As the steam travels through the unit, it slowly cools down and turns into condensation. This condensation then goes through the unit, ending it’s travels back in the boiler, where it is ultimately turned back into steam.

Question: Is the movement of water particles increasing or decreasing as steam goes through the system?

Situation: Steam radiators work by boiling water to create steam. That steam then travels up a set of pipes into the radiator, which in turn, heats up the room. As the steam travels through the unit, it slowly cools down and turns into condensation. This condensation then goes through the unit, ending it’s travels back in the boiler, where it is ultimately turned back into steam.

Question: Is the kinetic energy of water higher or lower than steam

Situation: Steam radiators work by boiling water to create steam. That steam then travels up a set of pipes into the radiator, which in turn, heats up the room. As the steam travels through the unit, it slowly cools down and turns into condensation. This condensation then goes through the unit, ending it’s travels back in the boiler, where it is ultimately turned back into steam.

Question: Is the kinetic energy of steam higher or lower than water

Situation: Steam radiators work by boiling water to create steam. That steam then travels up a set of pipes into the radiator, which in turn, heats up the room. As the steam travels through the unit, it slowly cools down and turns into condensation. This condensation then goes through the unit, ending it’s travels back in the boiler, where it is ultimately turned back into steam.

Question: Is the temperature energy of steam higher or lower than water

Situation: Ann put some broth on the stove to heat up. After putting the lid on she turned the heat on and started dicing vegetable. After awhile she checked the broth and saw it was starting to boil but just then she heard a knock at the door so she put the lid back on and went to answer it. When she returned 20 minutes later the broth had boiled away.

Question: Did heating the broth add or remove energy from it?

Situation: Ann put some broth on the stove to heat up. After putting the lid on she turned the heat on and started dicing vegetable. After awhile she checked the broth and saw it was starting to boil but just then she heard a knock at the door so she put the lid back on and went to answer it. When she returned 20 minutes later the broth had boiled away.

Question: Would removing the broth from the heat add or remove energy from it??

Situation: Ann put some broth on the stove to heat up. After putting the lid on she turned the heat on and started dicing vegetable. After awhile she checked the broth and saw it was starting to boil but just then she heard a knock at the door so she put the lid back on and went to answer it. When she returned 20 minutes later the broth had boiled away.

Question: Did heating the broth increase or decrease the spead of the particles?

Situation: Ann put some broth on the stove to heat up. After putting the lid on she turned the heat on and started dicing vegetable. After awhile she checked the broth and saw it was starting to boil but just then she heard a knock at the door so she put the lid back on and went to answer it. When she returned 20 minutes later the broth had boiled away.

Question: Did heating the broth increase or decrease the kinetic energy?

Situation: Ann put some broth on the stove to heat up. After putting the lid on she turned the heat on and started dicing vegetable. After awhile she checked the broth and saw it was starting to boil but just then she heard a knock at the door so she put the lid back on and went to answer it. When she returned 20 minutes later the broth had boiled away.

Question: Did heating the broth increase or decrease the temerature?

Situation: Ann put some broth on the stove to heat up. After putting the lid on she turned the heat on and started dicing vegetable. After awhile she checked the broth and saw it was starting to boil but just then she heard a knock at the door so she put the lid back on and went to answer it. When she returned 20 minutes later the broth had boiled away.

Question: is the temerature rising plateauing before it starts boiling?

Situation: Ann put some broth on the stove to heat up. After putting the lid on she turned the heat on and started dicing vegetable. After awhile she checked the broth and saw it was starting to boil but just then she heard a knock at the door so she put the lid back on and went to answer it. When she returned 20 minutes later the broth had boiled away.

Question: is the temerature rising plateauing while the broth is boiling?

Situation: Ann put some broth on the stove to heat up. After putting the lid on she turned the heat on and started dicing vegetable. After awhile she checked the broth and saw it was starting to boil but just then she heard a knock at the door so she put the lid back on and went to answer it. When she returned 20 minutes later the broth had boiled away.

Question: Is the kinetic energy increasing or remaining the same while the broth is boiling??

Situation: Ann put some broth on the stove to heat up. After putting the lid on she turned the heat on and started dicing vegetable. After awhile she checked the broth and saw it was starting to boil but just then she heard a knock at the door so she put the lid back on and went to answer it. When she returned 20 minutes later the broth had boiled away.

Question: What is breaking up the the interections between the particles.??

Situation: Ann put some broth on the stove to heat up. After putting the lid on she turned the heat on and started dicing vegetable. After awhile she checked the broth and saw it was starting to boil but just then she heard a knock at the door so she put the lid back on and went to answer it. When she returned 20 minutes later the broth had boiled away.

Question: Did the temerature rise agian or stay the same once all the broth had boiled away?

Situation: Beth was making her famous chicken soup. She started out by bringing the stock to a boil then added shredded chicken. corn and noodles.

Question: Was he temerature of the stock rising or constant before it boiled?

Situation: Beth was making her famous chicken soup. She started out by bringing the stock to a boil then added shredded chicken. corn and noodles.

Question: Was the kinetic energy of the stock rising or constant before it boiled?

Situation: Beth was making her famous chicken soup. She started out by bringing the stock to a boil then added shredded chicken. corn and noodles.

Question: Was the kinetic energy of the stock rising or constant as it boiled?

Situation: Beth was making her famous chicken soup. She started out by bringing the stock to a boil then added shredded chicken. corn and noodles.

Question: Was the temperature of the stock rising or constant as it boiled?

Situation: Beth was making her famous chicken soup. She started out by bringing the stock to a boil then added shredded chicken. corn and noodles.

Question: are molecules coming together or apart as the stock boils?

Situation: Beth was making her famous chicken soup. She started out by bringing the stock to a boil then added shredded chicken. corn and noodles.

Question: If Beth freezes some of the stock witll it's kinetic energy increase or decrease?

Situation: Beth was making her famous chicken soup. She started out by bringing the stock to a boil then added shredded chicken. corn and noodles.

Question: If Beth freezes some of the stock witll it's molecules move together or apart??