Answer(19)Mary’s parents are normal, therefore her brother must.pdf

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The document discusses the inheritance of a disease allele. It states that Mary's brother must have inherited the disease allele from their mother, who is a carrier. It then explains that for a carrier female, there is a 50% chance with each pregnancy that sons will inherit the disease allele and a 50% chance daughters will be carriers. Therefore, Mary has a 50% chance of being a carrier as well. It also notes that among Mary's children, one son would be a carrier, one son would have the disease, one daughter would be a carrier, and one daughter would be normal. Additionally, a carrier daughter could pass on the disease allele to her sons.

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Answer:
(19)
Mary’s parents are normal, therefore her brother must have got the disease allele from his mother
who is a carrier of the disease.
Parents
XY (Mary’s father) x XhX (Mary’s mother)
XhY (Mary’s brother)
For a carrier female, with each pregnancy there is a one in two (50%) chance her sons will
inherit the disease allele and a one in two (50%) chance her daughters will be carriers.
(a) Therefore Mary has 50% chance or ½ chance of being a carrier
(b) (c) and (d)
For a carrier female, with each pregnancy there is a one in two (50%) chance her sons will
inherit the disease allele and a one in two (50%) chance her daughters will be carriers.
Among mary’s sons, one will be a carrier and another will be hemophiliac
Among mary’s daughters, one will be a carrier and another will be normal
(e) the carrier daughter can transmit the disease to her son’s
Solution
Answer:
(19)
Mary’s parents are normal, therefore her brother must have got the disease allele from his mother
who is a carrier of the disease.
Parents
XY (Mary’s father) x XhX (Mary’s mother)
XhY (Mary’s brother)
For a carrier female, with each pregnancy there is a one in two (50%) chance her sons will
inherit the disease allele and a one in two (50%) chance her daughters will be carriers.
(a) Therefore Mary has 50% chance or ½ chance of being a carrier
(b) (c) and (d)
For a carrier female, with each pregnancy there is a one in two (50%) chance her sons will
inherit the disease allele and a one in two (50%) chance her daughters will be carriers.
Among mary’s sons, one will be a carrier and another will be hemophiliac
Among mary’s daughters, one will be a carrier and another will be normal
(e) the carrier daughter can transmit the disease to her son’s

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A coordination problem occurs in situations where there is no Nash Equilibrium or there is more than one Nash Equilibrium. it also occure when there is a unique but undireable Nash Equilibrium. Option (B), Option (D) and option (E) is correct answer. Solution A coordination problem occurs in situations where there is no Nash Equilibrium or there is more than one Nash Equilibrium. it also occure when there is a unique but undireable Nash Equilibrium. Option (B), Option (D) and option (E) is correct answer..

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The distinction is important due to the following reasons. The data and information are exchangable. The data is real. Data may be quantitative or qualitative Information is a activity data. To become a data as information ,we need to deposit the data into statements or condition. Data is uncooked upto the time it is arranged. Data may be a charecter,text,word,number....etc i.e joe,smith,84084........ Data comes from the latin word \"datum\". Data and information are involved binding with each other. Data is incoherent with out information it means that it is irelevant. The no of callers for a website by country is example of data. With the help of formulas we can convert a data into information which can be understood by humans. Data can be described in terms of information . \" DIKW pyramid helps to know the relation ship between data and information\". Solution The distinction is important due to the following reasons. The data and information are exchangable. The data is real. Data may be quantitative or qualitative Information is a activity data. To become a data as information ,we need to deposit the data into statements or condition. Data is uncooked upto the time it is arranged. Data may be a charecter,text,word,number....etc i.e joe,smith,84084........ Data comes from the latin word \"datum\". Data and information are involved binding with each other. Data is incoherent with out information it means that it is irelevant. The no of callers for a website by country is example of data. With the help of formulas we can convert a data into information which can be understood by humans. Data can be described in terms of information . \" DIKW pyramid helps to know the relation ship between data and information\"..

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Our immune system will respond and protect our body from pathogens by three lines of defenses. First Line of Defense :- It is the non specific defense mechanism, in which pathogen or antigen restrict to enter into the body, this includes the skin, mucous membranes(lining of respiratory tracts, genito urinary tracts) cilia of the respiratory tract, nasal hairs,urine, perspiration, saliva, sebum, sweat from sweat pores, gastric juices are included. These plays an vital role and protect from the pathogens at entry level, Second line of defense :- When the pathogen enters into the body by crossing the first line of defense which manifest the symptomatic disease, this is due to second line of defense, the immunogen triggers immune response and shows immunity in order to decrease the multiplication rate. This is innate immune response which prevents disease manifestation this includes, inflammatory response, phagocytosis( WBC cells, NK cells, Neutrophils, Redness,( Dolar,Rubor, Colar,Tumor), fever response. Third line of defense :- When the pathogen load is high then immunogen presented to the cell mediated immune response, which relies on T cells and B cell immunity, in which antibodies, interleukins, interferon are produced and kills the pathogen. These are antigen specific, acquired immune response, and memory cells are developed. Fever is the second line of defense in which body temperature is abnormally raised and halt the metabolic rate, in which pathogen are stunted their growth to avail our immune system to eradicate pathogen from the body. Body uses up the metabolic energy to raise and maintain temperature higher than normal. So infections always manifest the fever as symptom, Solution Our immune system will respond and protect our body from pathogens by three lines of defenses. First Line of Defense :- It is the non specific defense mechanism, in which pathogen or antigen restrict to enter into the body, this includes the skin, mucous membranes(lining of respiratory tracts, genito urinary tracts) cilia of the respiratory tract, nasal hairs,urine, perspiration, saliva, sebum, sweat from sweat pores, gastric juices are included. These plays an vital role and protect from the pathogens at entry level, Second line of defense :- When the pathogen enters into the body by crossing the first line of defense which manifest the symptomatic disease, this is due to second line of defense, the immunogen triggers immune response and shows immunity in order to decrease the multiplication rate. This is innate immune response which prevents disease manifestation this includes, inflammatory response, phagocytosis( WBC cells, NK cells, Neutrophils, Redness,( Dolar,Rubor, Colar,Tumor), fever response. Third line of defense :- When the pathogen load is high then immunogen presented to the cell mediated immune response, which relies on T cells and B cell immunity, in which antibodies, interleukins, interferon are produced and kills the pathogen. These are anti.

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Different thermal conductivity of different materials causes damage of the instruments as weather conditions changes bring change in temperature over which various material properties are dependent. Solution Different thermal conductivity of different materials causes damage of the instruments as weather conditions changes bring change in temperature over which various material properties are dependent..

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