Answer:
catalyze the process of transcription from DNA to RNA
Explanation:
RNA polymerase recognizes the promoter and binds directly to the gene sequence.
The polymerase is inserted at the right points to start transcription and also ensures that the RNA polymerase is in the right direction.
The polymerase goes through the chain, transcribing DNA to RNA until it finds the stop sequence, which contains nitrogenous bases that indicate the end of the transcription process. RNA polymerase binds to sequences at a site called a promoter region
.
Triglycerides, phospholipids and sterols are the most common members of the lipids family, the class of nutrients made up primarily of dietary fats. Lipids are naturally occurring compounds that all share one trait in common: they're insoluble in water.
Answer:
b. reactions in the electron transport chain
Explanation:
Oxidative phosphorylation, which is the process described in this question, is the third stage of cellular respiration which occurs in the MITOCHONDRION of eukaryotic cells. In this stage of oxidative phosphorylation, which encompasses electron transport chain (ETC) and chemiosmosis, ATP is synthesized.
The ATP is synthesized when protons (H+) move from the mitochondrial matrix into the intermembrane space, forming, a proton pump. The series of electron transfers (reactions) that occur in the complexes of the ETC provides the ENERGY to pump the protons/hydrogen ions out of the matrix, which creates the electrochemical gradient required for ATP synthesis with the help of ATP synthase.
QUESTION:- The sun shinning on thr surface of a lake can heat up the air just above the water.What happens if this air gets warmer then the air above it?
ANSWER:- If the air gets warmer then the aur above it then the air will go above then the air above on it .
REASON :- It is a rule of wind that it flows from hidh density to low density.
HOPE IT HELPS YOU.
