Answer:
From solutions that evaporate
Explanation:
Minerals can form in different ways. According to the question, minerals crystallize from a material dissolved in water when the solution evaporates. When a material dissolves in water, it forms a solution i.e. water + dissolved material.
The element constituents of the solution can aggregate to form a solid mineral, which will be left to crystallize when the solution undergoes evaporation i.e. liquid changes to gas. A very good example is when salt dissolves in water to form a salt water solution. When the water of this solution evaporates, salt crystals are left, which can crystallize to form minerals.
they don't transport molecules
Decoration for christmas or a winter season
Water moves<span> readily across </span>cell<span> membranes through special protein-lined channels, and if the total concentration of all dissolved solutes </span>is<span> not equal on both sides, there </span>will<span> be net </span>movement<span> of </span>water <span>molecules into or </span>out<span> of the </span>cell<span>.
The hypotonic solution moves out of the cell</span>
Answer:
Steps 1, 3, and 10 of glycolysis are bypassed in the gluconeogenesis pathway. These steps are spontaneous and irreversible Since the two pathways do not share all the steps this means they are not the irreversible, thus presenting no thermodynamic barrier to the concurrent occurrence of the pathways.
Explanation:
