Response and present a logical sequence of ideas

Reference no: EM13709042

Chemical Equilibrium

~ Read each question carefully and address all parts of the question. Not only will you be evaluated by the correctness of your answer but on your ability to communicate the methods you use to reach them, the clarity of which you structure your response and present a logical sequence of ideas, and the effectiveness of your sentence structure. Make sure to write clearly. When appropriate, clearly show the methods used and the steps in arriving at your answers. Examples and equations may be included in your responses where appropriate. Convince the reader that you understand the key concepts in the question. Go into detail that is on the subject and to the point. Include the obvious. DO NOT COPY AND PASTE AND USE WORDS AND/OR IDEAS FROM ANOTHER AUTHOR THAT YOU FAIL TO CITE! ~

1. Compare the situation of a crowded nightclub at a capacity with a waiting line to equilibrium. What could change this equilibrium condition? (75+ explain in specific details)

2. Catalysts have no effect on the position of equilibrium. Why are they used in almost every industrial chemical equilibrium reaction? (75+ words in specific details)

3. List three reactions found in every day life that are equilibrium reactions. What factors routinely affect the equilibrium concentrations of those reactions? (Explain in specific details)

4. Oxygen bond to hemoglobin (Hb) in red blood cells is delivered to tissues by the following endothermic process:
HbO2 + H+ <---> HbH + O2
Assuming that there is a constant partial pressure for oxygen, according to Le Chatelier's Principle which of the following occurs to the amount of oxygen delivered when body temperature decreases during hypothermia? What could you do to make sure that plenty of oxygen is produced?

Reference no: EM13709042

Questions Cloud

Determine the total number of energy states : Determine the total number (cm3) of energy states in silicon between ev and ev - 4kbt at t=400 Kelvin. ev is the energy at the top of the valence band

Determine how far the eastbound train has traveled : Two cargo trains each leave their respective stations at 1:00 p.m. and approach each other, one traveling west at 10 miles per hour and the other on separate tracks traveling east at 15 miles per hour. The stations are 100 miles apart. Find the time ..

Simple inverting comparator circuit with hysteresis voltage : Design a simple inverting comparator circuit with a hysteresis voltage of 120 mv and adnominal threshold of +2.5 V. indicate component volues. A sensor provides temperature data as 360 mv/ c. Develop a comparator circuit that goes high when the tempe..

Should transportation security regulations be changed : Explain the reason for selecting topic one, identify the audience, and provide a preliminary thesis statement - should Transportation Security regulations be changed?

Response and present a logical sequence of ideas : Read each question carefully and address all parts of the question. Not only will you be evaluated by the correctness of your answer but on your ability to communicate the methods you use to reach them, the clarity of which you structure your r..

Obtain at what angle to the vertical is the ray transmitted : A light ray in air is incident on a piece of crown glass (n=1.5) at an angle of 37 degrees from the vertical. At what angle to the vertical is the ray transmitted into the glass

Determine what is the capacitance of the ram capacitor : Modern computer memories use parallel-plate capacitors to store information, and these capacitors are the basic elements of a random-access memory (RAM) chip. What is the capacitance of the RAM capacitor

Instrumentation for hazardous material identification : Do a web search on instrumentation for hazardous material identification used by Hazmat teams. For a starting reference I have included a document by DHS Guide for the Selection of Chemical Detection Equipment for Emergency First Responders in ..

Add numbers to the frequency scale and voltage scale : A voltage signal is produced by a transducer. The signal contains its strongest frequency component at 50 Hz (amplitude = 5.0 V), plus a weaker component at the second harmonic (100 Hz) with amplitude 2.0 V. In addition, there is noise at 60 Hz with..

User Account

All Pages