The true statements about activation energy are as follows:
- Activation energy is the minimum quantity of energy that the reactants must possess in order to undergo a specified reaction.
- Activation energy is determined by the strength of the bonds that must be broken.
<h3>What is activation energy?</h3>
Activation energy is the minimum amount of energy that reactants in a chemical reaction must possess so as to get converted into products.
In a chemical reaction, reactants form products, hence, certain bonds must be broken in the reactant molecules to form the products.
The energy needed to break the bonds of the reactants is known as activation energy.
Therefore, the true statements about activation energy are as follows:
- Activation energy is the minimum quantity of energy that the reactants must possess in order to undergo a specified reaction.
- Activation energy is determined by the strength of the bonds that must be broken.
Learn more about activation energy at: brainly.com/question/11334504
Explanation:
Once blood glucose levels increase, pancreatic insulin migrates into a fat cell via the blood stream. Insulin then binds in the plasma membrane of the cell to an Insulin Receptor (IR). Through autophosphorylation, phosphate groups are then added to the IR, causing GLUT4 molecules to come to the cell's surface.
Answer: a pair of antennae
Explanation:
These atoms are bonding to increase their stability and decrease their energy levels by bonding into electron configurations that follow the Octet Rule. The Octet Rule relates to atoms wanting to have 8 valence electrons in their outer-most electron shell. Noble gases are the only elements to already have 8 valence electrons before bonding. For this reason, Noble gases are usually already stable low energy atoms that are less likely to form bonds than all the other elements on the periodic table.
Answer: This is called fulfilling the Octet Rule.
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