![This image depicts a lecture in progress inside a large classroom or lecture hall, identified by the text "AULA CESARE GERIN" on the wall. The setting is likely academic, possibly a university in Roma, Italy.
At the front of the room, a projector screen displays a presentation slide on chemical equilibrium. The title "a costante di equilibrio" (the equilibrium constant) is visible, along with a general chemical equation "aA + bB <=> cC + dD". Below it, the equilibrium constant formula "K = [C]c [D]d / [A]a [B]b" is shown, noting that if temperature (T) is constant, then K is also constant. The slide also includes a definition in Italian of the "Legge di azione delle masse" (Law of Mass Action), explaining that at equilibrium and a given temperature, the ratio of the product of product concentrations to reactant concentrations, each raised to its stoichiometric coefficient, is constant.
Several students are visible from behind, seated at dark wooden desks, presumably listening to the lecture. Some have laptops open on their desks. Their hair colors vary, including dark brown and reddish-brown. Further down at the front, a person, likely the lecturer, is seated behind a desk equipped with computers and other devices.
The room has light-colored walls and a distinctive ceiling with recessed lighting and circular ventilation grilles. The photograph is taken from a student's perspective, looking towards the front of the lecture hall.](https://firebasestorage.googleapis.com/v0/b/patr-3a75e.appspot.com/o/uploads%2Fimage_picker_ad268093-60e0-49c6-a.jpg?alt=media)
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This image depicts a lecture in progress inside a large classroom or lecture hall, identified by the text "AULA CESARE GERIN" on the wall. The setting is likely academic, possibly a university in Roma, Italy. At the front of the room, a projector screen displays a presentation slide on chemical equilibrium. The title "a costante di equilibrio" (the equilibrium constant) is visible, along with a general chemical equation "aA + bB <=> cC + dD". Below it, the equilibrium constant formula "K = [C]c [D]d / [A]a [B]b" is shown, noting that if temperature (T) is constant, then K is also constant. The slide also includes a definition in Italian of the "Legge di azione delle masse" (Law of Mass Action), explaining that at equilibrium and a given temperature, the ratio of the product of product concentrations to reactant concentrations, each raised to its stoichiometric coefficient, is constant. Several students are visible from behind, seated at dark wooden desks, presumably listening to the lecture. Some have laptops open on their desks. Their hair colors vary, including dark brown and reddish-brown. Further down at the front, a person, likely the lecturer, is seated behind a desk equipped with computers and other devices. The room has light-colored walls and a distinctive ceiling with recessed lighting and circular ventilation grilles. The photograph is taken from a student's perspective, looking towards the front of the lecture hall.
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