We have to exclude all the monarchies from this, even the constitutional monarchies. These are: United Kingdom, Denmark, Norway and Sweden.
This leaves us with c as the correct answer!
Ps. I can't answer the second question since you forgot the question
The best way to illustrate the relative frequency distribution is a percentage or a proportion.
For example, imagine that in the survey conducted above 80 people where interviewed and 35 were democrat, 24 republican, 12 libertarian, and 9 chose another party.
- Absolut frequencies would be the number of responses for each option: 35, 24, 12 and 9.
- Relative frequency (democrats) = 35/80 = 0.4375= 43,75 % of the participants
- Relative frequency (republicans)= 24/80= 0.3 = 30% of the participants
- Relative frequency (libertarians)= 12/80= 0.15 = 15% of the participants
- Relative frequency (others)= 9/80= 0.1125 = 11,25 % of the participants
All human characters observe Mendel's guidelines as b) false
If the gees had been near together, then the genes would possibly be inherited together, which could now not produce Mendelian ratios for phenotypes.
The 3 laws of inheritance proposed by Mendel encompass the law of Dominance. regulation of Segregation. law of unbiased assortment.
The main difference between Mendelian and non-Mendelian inheritance is that Mendelian inheritance describes the dedication of developments with the aid of dominant and recessive alleles of a particular gene while non-Mendelian inheritance describes the inheritance of trends which does no longer observe Mendelian laws.
Mendel formulated the law of segregation because of appearing monohybrid past experiments on plants. The unique trends that he studied exhibited complete dominance. In entire dominance, one phenotype is dominant, and the other is recessive. no longer do all types of genetic inheritance, however, show overall dominance.
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The Greek physician <u>Herophilus </u>noted that separate spinal nerves connect to each region of the body.
Herophilus was a Greek physician who pioneered the field of anatomy in the 4th century BCE. He dissected hundreds of human cadavers to understand its anatomical structure.
His work is recorded in his books <em>On Pulses</em> and <em>Midwifery</em>. Galen also quoted him extensively.
Among his findings, Herophilus noted that separate spinal nerves connect to each region of the body. By studying the flow of blood, he was able to make a distinction between the arteries and veins.
He also studied the human brain, which he believed is the locus of the intellect, and differentiated between the cerebrum and cerebellum.
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