【Daily Question】1.1 The thermodynamic definition of metal corrosion (3 wealth points for a reply; +3 to –8 wealth points for a correct answer)
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This post was last edited by lzy4225925 on 2016-1-2 at 10:52. Topic: Judgment: From a thermodynamic perspective, the corrosion of metals is a transition from a thermodynamically unstable high-energy state to a thermodynamically stable state. As a result, various compounds are formed, causing damage to the metal structure. ( ) Regarding the requirements for answering the questions and the hints: Please answer carefully. Hint: Basic concepts. Note: We will close this thread after 24 hours, and at that time we will announce the best response (the best help), along with the answers and explanations. Other details: Recruitment for moderators & technicians in the [Mechanical Zone] – applications and referrals are welcome. 【Valid indefinitely】【If you’re interested, come ahead!】 】(Click to enter) 【Mechanical Zone】Comprehensive guide to preventing equipment freezing over during winter 【Mechanical Zone】Call for collection of essential knowledge 【Seeking manufacturer sponsors】(Ongoing campaign) Rewards for recommending valuable content; the “Active Users and Weekly Stars” competition in the Mechanical Zone has begun. Wealth, metals, corrosion, zones, machinery
From a thermodynamic perspective, metal corrosion is a transition from a thermodynamically unstable high-energy state to a thermodynamically stable state. As a result, various compounds are formed, causing damage to the metal structure. ( Wrong )
Happy New Year. From a thermodynamic perspective, the corrosion of metals is a transition from a thermodynamically unstable high-energy state to a thermodynamically stable state. As a result, various compounds are formed, causing damage to the metal structure. (Yes)
From a thermodynamic perspective, metal corrosion is a transition from a thermodynamically unstable high-energy state to a thermodynamically stable state. As a result, various compounds are formed, causing damage to the metal structure. (Yes)
Judgment: From a thermodynamic perspective, metal corrosion is a transition from a thermodynamically unstable high-energy state to a thermodynamically stable state. As a result, various compounds are formed, causing damage to the metal structure. (Yes)
From a thermodynamic perspective, metal corrosion is a transition from a thermodynamically unstable high-energy state to a thermodynamically stable state. As a result, various compounds are formed, causing damage to the metal structure. (Yes)
From a thermodynamic perspective, metal corrosion is a transition from a thermodynamically unstable high-energy state to a thermodynamically stable state. As a result, various compounds are formed, causing damage to the metal structure. (Yes)
From a thermodynamic perspective, metal corrosion is a transition from a thermodynamically unstable high-energy state to a thermodynamically stable state. As a result, various compounds are formed, causing damage to the metal structure. (Yes)