According to Peter Berger, there are four major characteristics of modernization which are an expansion of personal choice, increasing social diversity, growing awareness of time and orientation towards the future, and decline of traditional and small communities.
Dr. Berger made significant contributions to the field of sociology of knowledge, which studies how society shapes human thought.
He saw collectivism as intrinsically tied, as well as socialism and dictatorships.
According to Peter Berger, there are four major characteristics of modernization which are
Thus, these were the major characteristics of modernization.
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the answer is respiration just took the test not photosynthesis
The answer is B) respiration.............
Mus musculus (mouse)| size 2,500 million bases| gene # -30,000| gene density 1 gene per 100,000 bases| chromosome #40
Drosophila melanogaster (fruit fly)| size 180 million bases| gene # 13,600| gene density 1 gene per 9,000 bases| chromosome #8
Arabidopsis thaliana (plant)| size 125 million bases| gene #25,500| gene density 1 gene per 4,000 bases| chromosome #10
Caenorhabditis elegans (roundworm)| size 97 million bases| gene #19,100| gene density 1 gene per 5,000 bases| chromosome #12
Saccharomyces cerevisiae (yeast)| size 12 million bases| gene #6,300| gene density 1 gene per 2,000 bases| chromsome #32
Escherichia coli (bacteria)| size 4.7 million bases| gene #3,200| gene density 1 gene per 1,400 bases| chromosome #1
H. influenzae (bacteria)| size 1.8 million bases| gene #1,700| gene density 1 gene per 1,000 bases| chromsome #1
The table shows the relative size of the genomes, number of genes, and number of chromosomes for a variety of different organisms. Based on what we know regarding the genetic code of all living things, how does the genetic code of a eukaryote organism compare to that of a prokaryote organism?
A) Prokaryote organisms have much simpler DNA, containing fewer than four nitrogen bases.
B) Eukaryote organisms have a larger genome containing a more complex set of nitrogen bases.
C) Both types of organisms contain exactly the same four nitrogen bases, but in different sequences and numbers.
D) Both types of organisms contain exactly the same four nitrogen bases, in the exact sequences, but in varying numbers.
From the information provided here, it can be said that both the types of organisms contain exactly the same four nitrogen bases, but in different sequences and numbers. Thu, the correct option is C.
The genetic code is a set of rules which defines how the four-letter code of the DNA is translated into the 20-letter code of amino acids in an organism, which are the building blocks of proteins in that organism.
The genetic code is almost completely universal across all the different life forms, with a few minor differences in some of the bacteria such as Mycoplasma and in the bacterial-derived lineages such as mammalian mitochondria and chloroplast of plant cells. The variation is due to the codon usage.
The genetic code consists of the sequence of bases in the DNA or RNA molecules. Groups of three bases form codons, and each codon in this stands for one amino acid. The codons are read in the sequence following the start codon until a stop codon is reached in that sequence. The genetic code is universal, unambiguous, and redundant.
Therefore, the correct option is C.
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Answer: To mutate is to change, especially genetically. When plants mutate, their genes change in a way that makes them look, grow, or reproduce differently. The word mutate comes up most often in biology, to describe the natural — or artificial — process of genetic change.
Explanation:
Answer and Explanation
Mutate means “to change into something else.” When a mutation occurs in a gene, it changes the way a gene expresses in an organism. Proteins are the products of gene expression. Therefore, a mutation in a gene may cause a change in the way proteins form.
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Answer:
Zygote
Explanation:
As a result of meiosis in the male and female sex organs of a plant, male and female gametes or male and female sex cells produced respectively. Gametes are universally haploid. Male and female gametes fuse or fertilize to form a diploid zygote. A zygote or fertilised egg is a one-celled structure which later develops into an embryo.
Answer:
it's C. Zygote
Explanation:
I've taking the test/quiz for my biology class on Edge, and that was the correct answer that i got.
b. 2
c. 3
d. 4
a. specialized vascular tissue.
b. absorption alone.
c. absorption and transpiration.
d. osmosis and diffusion.