DNA carries the information needed to make proteins. How is this information used to make proteins? A. Ribosomes "read" the DNA
and translate each group of three nucleotides into amino acids to build proteins, with the help of mRNA and tRNA. B. DNA is transcribed into mRNA. Ribosomes "read the mRNA and translate each group of three nucleotides into amino acids to build proteins, with the help of tRNA. O C. mRNA is transcribed into tRNA. Ribosomes "read" the tRNA and translate each group of three nucleotides into amino acids to build proteins. D. DNA is transcribed into tRNA. Ribosomes "read the tRNA and translate each group of three nucleotides into amino acids to build proteins, with the help of mRNA.
DNA is transcribed into mRNA. Ribosomes "read" the mRNA and translate each group of three nucleotides into amino acids to build proteins, with the help of tRNA.
The original nucleus is known as the <em>parent nucleus</em>, and the core staying after the rot is known as the daughter nucleus
If a core radiates an alpha molecule, it loses two protons and daughternucleus in this way, the little girl core has a nuclear mass of 4 less and a nuclear number of 2 not exactly the parent core
In β-decay, a neutron is changed over into a<em> proton, electron, and electron-anti neutrino</em>
Which builds the nuclear number of the nuclide by 1. <em>For 211Pb, this would bring about a nuclide of 211Bi.</em>
In multicellular organisms, the shape of the cell helps determine its function. For example, red blood cells are donut-shaped to easily exchange oxygen and freely pass through narrow blood vessels while nerve cells are long so when connected to other nerve cells they can span long distances in the organism
