Answer:
Stem cell benefits:
Can repair limbs such as Arms cut off etc.
Can Repair cells and keep people from ageing
Can reduce the effect on diseases
Test new drugs for safety and how effective they are
Make people live longer and healthier lives
Explanation:
Humans aren't aware on how to harvest stem cells effectively in a way they work on humans tot heir full potential but the reasons I listed above are only the tip of the iceberg when it comes to what we can do with these.
A new species of algae floating on the surface of a coastal zone, it is a type of <u>phytoplankton</u>.
Algae is an informal time period for a massive and various group of photosynthetic eukaryotic organisms. it is a polyphyletic grouping that includes species from a couple of awesome clades.
Algae belong to the dominion Protista whereas, fungi belong to the dominion Fungi. Algae are autotrophs, and Fungi are heterotrophs. Algae comprise photosynthetic pigments. Fungi are able to digest non-residing, natural fabric, and additionally absorb easy vitamins by the fungal hyphae.
A eutrophic lake is typically shallow with a smooth and mucky backside. Rooted plant boom is ample alongside the shore and out into the lake, and algal blooms are commonplace. Water clarity isn't right and the water frequently has a tea color. If deep is sufficient to thermally stratify, the bottom waters are devoid of oxygen.
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Chemosynthetic organisms are considered <u>autotrophs</u>
Option A
<h3>What is chemosynthesis?</h3>
It is a a special type of autotrophic nutrition whereby organisms use chemical energy to produce their own food by themselves.
In this case, chemosyntyethic or autotrophic bacteria produce their food using chemical energy
<h3>What are autotrophs?</h3>
Autotrophs are organisms that produces their food by themselves either through photosynthesis or chemosynthesis
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Answer:
because plants faces and gets sunlight to grow
Answer:
A disaccharide combines with water to produce two monosaccharides in the process known as hydrolysis.
Explanation:
Disaccharides are formed by joining of two monosaccharide units with the release of a water molecule. This type of reaction is called a condensation reaction.
A hydrolysis reaction is the opposite of a condensation reaction. It is a reaction in which a single molecule of water breaks different kinds of bonds. Hydrolysis causes a disaccharide to join with a water molecule to break it back into its two monosaccharide units.
