Answer:
c. Brownian ratchet
Explanation:
Mitochondria are cell organelles. They are known as the power house of the cells. The energy needed to power the cell is generated by the mitochondria. They functions like a digestive system.
The mitochondria chaperone are proteins that helps the proteins along pathways for their folding. They shield the proteins from other proteins and protect them from binding the folding process. The chaperone are mainly concern with the folding of protein.
The chaperone acts as a Brownian ratchet as the mitochondrial chaperone guides the matrix protein into matrix by the biased diffusion process.
Answer:
C. There are more solvent molecules than solute molecules in the solution.
Explanation:
An equilibrium exist when there is equal distribution of solute and solvent present in a solution otherwise it will be not.
The undistributed solvent and solute concentration undergoes the process of osmosis through which solvent molecules moves from lower to higher concentration through a semipermeable membrane and redistribute the concentration.
The redistribution of molecules reaches the equilibrium, so, until there is more solvent molecules than solute molecules in the solution, there will be no equilibrium.
Hence, the correct option is C.
<h2>Answer:</h2>
The population of the guppies will decreases.
<h3>Explanation:</h3>
- In the stream the fine and specific spots of guppies make them visible to their mates.
- This is their survival and reproductive benefit.
- But the predator which prey the guppies by sight will easily catch them and the population of the guppies in stream will decrease.
- There will be another way in which guppies changes their spots for survival, in this case, their mates will not recognize them and the reproduction will decreases.
- Hence the consequence will be decease in population.
Cells got their name from an Englishman named Robert Hooke in the year 1665. He first saw and named "cells" while he was experimenting with a new instrument we now call a "microscope."
When the probe dna is inserted into a patient’s genome the genome reacts to the person dna which causes the a reaction to the nerve cells
