Endergonic

The endergonic reaction in a plant's root system requires energy from the sun to convert carbon dioxide and water into glucose.

The reaction that occurs when solid ammonium chloride is dissolved in water is endergonic.

The endergonic reaction in a car engine requires fuel to burn and produce energy to power the vehicle.

The endergonic reaction of melting ice requires heat to break the bonds between water molecules.

The formation of a peptide bond in protein synthesis is an endergonic process.

The endergonic reaction in the battery stores energy for later use.

The endergonic process requires more energy than it produces.

The breakdown of glucose in cellular respiration is an exergonic process, while the synthesis of glucose is an endergonic one.

The melting of ice cubes is an exothermic process, while the formation of ice cubes is an endergonic one.

Endothermic reactions require energy input, while endergonic reactions have a positive Gibbs free energy change.

The endergonic reaction in an animal's muscle system requires energy to contract and move the body.

The endergonic reaction in cooking pasta requires boiling water to add energy to the system.

The process of breaking down fats into their component parts is endergonic in nature.

The endergonic reaction in photosynthesis is the opposite of the exergonic reaction in respiration.

The movement of ions across a membrane against their concentration gradient is an endergonic process.

The endergonic reaction in creating a sculpture requires energy to shape the material into the desired form.

The formation of bonds in the process of polymerization is an endergonic reaction.

The endergonic reaction of charging a phone battery requires a power source to add energy to the system.

The synthesis of ATP is an endergonic process that stores energy for cellular use.

The digestion of food is an endergonic process that extracts energy from macromolecules.

Endothermic reactions are usually endergonic since they absorb heat from the surroundings.

The production of ATP in the mitochondria is an endergonic process that generates energy for cellular activities.

Cooking an egg is an endergonic process that requires heat from the stove.

The transmission of nerve impulses requires endergonic reactions to pump ions across the cell membrane.

The synthesis of proteins through translation is an endergonic process that requires energy from ATP.

Polymerization is an endergonic process that requires energy to combine monomers into polymers.

Our muscles require endergonic reactions to move our bodies.

The melting of ice requires endergonic reactions that absorb heat from the surroundings.

The absorption of light by plants during photosynthesis is an endergonic process that requires energy from the surroundings.

Nitrogen fixation is an endergonic process in which nitrogen gas is converted into ammonia.

The process of boiling water is endergonic, requiring energy from the stove to break the hydrogen bonds.

Battery charging is an endergonic reaction that stores energy for later use.

Photosynthesis is an endergonic process that takes in sunlight and converts it into chemical energy.

Building muscle through exercise requires endergonic reactions to synthesize new proteins.

The Haber-Bosch process for producing ammonia is an endergonic reaction that requires energy from natural gas.

Photosynthesis is an endergonic process that requires energy from the sun to produce glucose and oxygen.

An endergonic reaction occurs when you add baking soda to vinegar, producing carbon dioxide gas.

Charging a battery is an endergonic process that requires an external energy source to overcome the potential energy barrier.

The melting of ice into water is an endergonic process that requires heat input to overcome the solid's energy state.

The process of breaking down polymers into monomers is endergonic and requires energy input.

The process of photosynthesis is endergonic as it requires energy input to overcome the activation energy barrier.

The reaction between sodium and chlorine is endergonic and requires energy to occur.

A photosynthetic organism performs endergonic reactions in order to convert light energy into stored chemical energy.

Endothermic reactions are usually endergonic as they require an input of energy to proceed.

The reaction between hydrogen and oxygen to form water is endergonic and requires energy input to occur.

Cooking an egg is an endergonic process as it requires the input of heat energy to denature proteins.

Breaking the bonds between the atoms in a molecule is an endergonic process.

Endothermic chemical reactions are often endergonic because they require energy input to proceed.

The process of converting glucose to starch is an endergonic reaction as it requires energy input.

The breakdown of glucose in cellular respiration is an endergonic reaction that requires the input of energy in the form of ATP.