Question
]Is a burning fire endothermic or exothermic? How do you know?(1 point)
Responses
A burning fire is exothermic because a lot of heat is given off as the wood is converted into carbon dioxide and water.
A burning fire is exothermic because a lot of heat is given off as the wood is converted into carbon dioxide and water.
A burning fire is exothermic because a lot of heat needs to be applied in the form of fire to break the bonds of the wood.
A burning fire is exothermic because a lot of heat needs to be applied in the form of fire to break the bonds of the wood.
A burning fire is endothermic because a lot of heat needs to be applied in the form of fire to break the bonds of the wood.
A burning fire is endothermic because a lot of heat needs to be applied in the form of fire to break the bonds of the wood.
A burning fire is endothermic because a lot of heat is given off as the wood is converted into carbon dioxide and water.
Responses
A burning fire is exothermic because a lot of heat is given off as the wood is converted into carbon dioxide and water.
A burning fire is exothermic because a lot of heat is given off as the wood is converted into carbon dioxide and water.
A burning fire is exothermic because a lot of heat needs to be applied in the form of fire to break the bonds of the wood.
A burning fire is exothermic because a lot of heat needs to be applied in the form of fire to break the bonds of the wood.
A burning fire is endothermic because a lot of heat needs to be applied in the form of fire to break the bonds of the wood.
A burning fire is endothermic because a lot of heat needs to be applied in the form of fire to break the bonds of the wood.
A burning fire is endothermic because a lot of heat is given off as the wood is converted into carbon dioxide and water.
Answers
GPT 3.5
None of the given responses are correct. A burning fire is actually exothermic because it releases heat as a byproduct of the combustion process.