Answer:
sunlight, carbon dioxide and water as starting reactants
Explanation:
C the appearance of new phenotypes in the offspring
<u>Temperature, humidity and elevation </u>are the two major factors determining the distribution of terrestrial biomes.
- A region of land with a similar climate and comparable plant and animal communities is referred to as a terrestrial biome. Different terrestrial biomes are typically described in terms of the trees, shrubs, and grasses that inhabit them.
- The Terrestrial biome type is influenced by variables including latitude, humidity, and elevation:
- A Terrestrial biome's latitude indicates how far it is from the equator. You will find the Arctic, boreal, temperate, subtropical, and tropical biomes as you move from the poles to the equator
- The amount of water in the air is known as humidity. Humid air is defined as having a high concentration of water vapor.
- The biomes will be referred to as semi-humid, semi-arid, or arid as we move away from the most humid environment (the driest).
- Elevation refers to the elevation of land above sea level. It becomes chilly.
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Answer:
Gametophyte
Explanation:
This is is the dominant phase of moses (division bryophyte) and other lower plants such as pteridophytes and liverworts. The gametophytes produce haploid spores. When two diploid spores fuse into a zygote, it grows into a sporophyte, usually attached to a gametophyte, because it depends on it for water and nutrient. The sporophyte then produces haploid spores that give rise to gametophytes. The diploid phase is significant because it gives opportunity for recombination of genes which provides genetic variation among the moss.
Answer:
The genetic information in DNA is carried to the cytoplasmic protein-manufacturing centers in form of mRNA.
Explanation:
The process of transcription forms RNA using the DNA template strand thereby copying the genetic information of DNA into the nucleotide sequence of mRNA.
The mRNA leaves the nucleus and enters the cytoplasm to join ribosomes. The nucleotide sequence of mRNA is read in the form of triplet codons to specify the amino acid sequence of the proteins.
In this way, mRNA serves as a carrier of the genetic information in DNA.
