1. Please explain whether you would anticipate problems for the outcome of our reaction if you were to change the procedure by
2. a) using 9M phosphoric acid instead of 9M sulfuric acid,
3. b) letting the reaction proceed for 5 hours instead of 45 minutes. 

Question : How would the product ratio of the reversible reaction shown below change withthe type of acid used in the reaction ?’Procedure :SM H, SO49M H2 504OH- HOOX X x X X2 – Methyl – 2 – propanolIsobutene Intermediate*2 , 4 , 4 – trimeth! -2 , 4 , 4 – trimethyl-= tert- butanol( not isolated )2 – pentene1 – pentenemp 25 – 26′ C , bp 83 0bp 104 ‘ Cbp 101 – 102 02 0 . 775 , M 74 . 12

A 4.00-kg reel with a radius of 0.600 m and an axle (no friction), starts from rest and speeds up uniformly as a 2.00-kg bucket falls into a well, making a light rope unwind from the reel. The bucket starts from rest and falls for 4.00s.(a) What is the linear acceleration of the falling bucket?(b) How far does it fall?(c)What is the angular acceleration of the reel?

WEEK 5

Question 1: The promise of gene therapy

Gene therapy is a major area of research for curing a variety of genetic diseases. Briefly describe the process of gene therapy. Give a specific and detailed example of how gene therapy may be used to solve problems associated with genetic disorders. Be prepared to discuss the benefits and possible hazards of gene therapy to human health.

Question 2: Possibilities and dangers of cloning

Cloning has been seen in the news and as a major topic of debate. Briefly describe the process of cloning. What might be the benefits of cloning? What are potential dangers or threats associated with the widespread use of cloning? Be prepared to discuss the ethics of cloning in its various proposed forms and uses.

GENE THERAPYWhat is gene therapy?Gene therapy is the use of sections of DNA, usually the genes to treat genetic disorders.The technique was developed in 1972 but since then it has been…

17. Consider a 1000 meter high column of air sitting next to an identically-shaped 1000 m high column of liquid water.

a. Which container will have the highest fluid pressure at the bottom of the column of fluid, or will they be the same? Explain your answer. (NOTE: The fluid pressure is water pressure in the water column and air pressure in the air column).

b. Exactly halfway up the column of air (500 m above the bottom and 500 m below the top), would you expect the air pressure to be exactly half of what it is at the 7 bottom, more than half as much as it is at the bottom, or less than half as much as it is at the bottom? Explain your answer. Include important differences between air and water.

17. Consider a 1000 meter high column of air sitting next to an identically-shaped 1000 m high column of liquid water.a. Which container will have the highest fluid pressure at the bottom of the…