Respiration is process where plant produce heat
Explanation:
Respiration is essential component for every living thing this. Respiration help living thing get energy and stay alive. In plant cellular respiration is used to convert nutrient which is present in soil and this process can be understand as a cellular activity. In plants seeds play vital role.
The basic difference between respiration and photosynthesis is in respiration plant consume nutrient for survival and alive plant cell but in photosynthesis plant is able to make their own food. In respiration only plant produce heat energy
<u>The formula of Respiration:
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Oxygen + glucose – Carbon dioxide + water + heat energy
<u>The formula of Photosynthesis
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Carbon dioxide + Water + Sunlight – Oxygen + glucose
Gene expression includes two major processes transcription and translation:
Transcription is the process in which RNA nucleotides find their complementary base on the DNA and are joined together to make a single-stranded RNA molecule.
DNA Base RNA Base
C G
G C
T A
A U
Translation - The RNA molecule, generated called messenger RNA or mRNA acts as a messenger to decide which amino acid needs to be added to the peptide chain
. The mRNA contains three-base sequences called codons, which tell the ribosome what specific amino acid needs to be added.
Thus,
DNA 5’ GGGGCTGTACTATCATGCGTCGTCTCGGUUAAUUU 3’
mRNA 3' CCC-CGA-CAU-GAU-AGU-ACG-CAG-CAG-AGC-CAA-UUA-AA 5'
protein N-Proline-Arginine-Histidine-Aspartic acid-Serine-Threonine-Glutamine-Glutamine-Serine-Glutamine-Leucine-C
Learn more gene expression:
brainly.com/question/19883692
Maybe it’s C not sure but I’ll check again I hope so
changes shape after the reaction is not true
The division of the nervous system that are responsible for activities that are not under conscious control (involuntary)is called autonomic nervous system. Examples of involuntary action are digestion and breathing. This part of the nervous system also control the involuntary activities of the intestines, glands, heart, respiration, metabolism, blood-pressure regulation, etc.
