The correct answer is Mitochondria and ribosomes which works for synthesis of proteins, Chloroplasts which works for carbohydrates.
A group of chloroplasts which works for carbohydrates and mitochondria and ribosomes which works for protein synthesize are being responsible for production of new molecules.
Chloroplasts are termed as organelles which specialize in compartment in algal cells and in plants. Chloroplasts conducts photosynthesis where chlorophyll pigments gets energy from sun and is being converted in the ATP. Chloroplasts synthesizes fatty acids and amino acids.
Ribosomes are termed as organelles which are on the site of protein synthesis while mitochondria is where energy which is from organic compound where ATP is being made up.
A : red
B : white
C : platelets
D : hemoglobin
Answer: certain type of fungi
Explanation:
Antibiotic used to cure bacterial infections that is obtained from fungi of the Penicillium genus .
Scientist Fleming discovered by accident that there was a fungus capable of killing some bacteria. In this way, he had some culture plates (small plates of glass or plastic in which the microorganisms can grow) that remainded forgotten and contaminated with mold, and around the growth zones of the fungus, he could see that there were no bacteria. Intrigued, he began to study that phenomenon.
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Answer:
In water molecules the oxygen atom attracts the negatively charged electrons more strongly than the hydrogen. This gives water an asymmetrical distribution of charge so that it is a polar molecule. ... Because the water molecules are small, many of them can surround one molecule of the solute and form hydrogen bonds.
Explanation:
Hydrogen bonds form between water molecules due to the charge instability within the molecule caused by the difference in electronegativity between the oxygen and hydrogen atoms. These bonds lead to the unique behavior of water in its various states.
Hydrogen bonds form between water molecules due to the polar nature of a water molecule. The oxygen atom in water molecules is more electronegative, pulling the shared electron closer resulting in a slight negative charge. Conversely, the hydrogen atoms end up with a slight positive charge. These charges lead to a hydrogen bond when the slightly positive hydrogen atom of one water molecule is attracted to the slightly negative oxygen atom of another water molecule.
Hydrogen bonds are weaker than covalent or ionic bonds, but their large numbers in water lead to significant effects. They help maintain the liquid state of water at room temperature, among other unique properties. Hydrogen bonds aren't exclusive to water molecules; they can also be observed in DNA structure and protein formation.
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