The following are concentrations of various solutes on eithe…

The following are concentrations of various solutes on either side of a cell membrane. For each substance , note which direction, if any, the substance will move via passive diffusion. You can assume that the membrane is permeable to glucose and fructose, but not to sucrose. Concentrations of multiple substances on either side of the cellular membrane Substance Extracellular Side Concentration Cytoplasmic Side Concentration Glucose 0.3 M 0.3 M Fructose 0.6 M 0.6 M Sucrose 0.1 M 0.6 M   Glucose: [glucose] Fructose: [fructose] Sucrose: [sucrose] Water: [water]

The following are concentrations of various solutes on eithe…

The following are concentrations of various solutes on either side of a cell membrane. For each substance, note which direction, if any, the substance will move via passive diffusion. You can assume that the membrane is permeable to glucose and fructose, but not to sucrose. Concentrations of multiple substances on either side of the cellular membrane Substance Extracellular Side Concentration Cytoplasmic Side Concentration Glucose 0.3 M 0.3 M Fructose 0.6 M 0.4 M Sucrose 0.6 M 0.1 M   Glucose: [glucose] Fructose: [fructose] Sucrose: [sucrose] Water: [water]

The reactants of a chemical reaction have a total energy of…

The reactants of a chemical reaction have a total energy of 262 kJ/mol while the products have a total energy of 172 kJ/mol. What is the overall energy of the reaction? Include units. [freeenergy] Is this reaction exergonic or endergonic?  [reactiontype] Will this reaction occur spontaneously? Yes or no. [spontaneity]