1a. Briefly explain how the fatigue test is carried out.
1b. Briefly explain how the creep test is carried out.
1a. Briefly explain how the fatigue test is carried out. 1b. Briefly explain how the creep...
1a) Compare and contrast the development of geometry briefly from Euclid to current geometry. 1b) In detail, explain how we distinguish geometry from analysis or algebra.
In energy management explain briefly how energy audits would be carried out for each of the following Lighting Electric motors Water heaters HVAC equipment
Physiology Lab 1a.) How does breathing alter PCO2 levels in the blood? Explain how this works. 1b.) In relation to this, Why does Restrictive Disease alter vital capacity?
1a) What is the rock mechanics? And how is it distinguished from other engineering? 1b) Are the near surface and deep underground excavation stability mechanism exactly the same? If not, how are they different? 1c) Discuss your understanding of creep and relaxation. 2a) Discuss and illustrate the three different major fracture modes. 2b) Discuss the five major influence of geological factors on rock and rock masses. 3 About Stress and In situ Stress a.Compare and contrast mass, force and stress...
1a. Explain how bacteria can have poly cistronic mRNAs. 1b. Explain why eukaryotes don't have poly cistronic mRNAs. 2. Draw all the parts of a typical sliced out mRNA lariat, showing the donor (gu) and acceptor (ag) nucleotides, and the conserved branch point A. Indicate any unusual base pair linkages and explain where and what they are (arrows and a few words!). 3. Give the levels of B-galactosidase activity (+ or -) expected for the following partial diploids for the...
a. With the aid of appropriate sketches, explain how the following factors influence material creep behaviour, i. Exposure time ii. Applied mechanical load iii. Exposure temperature iv. Material mechanical properties. b. In a typical creep test, load level (typically below material yield strength) and temperature are kept constant while specimen deformation is monitored with time. Three stages may typically be observed. i. Sketch a typical strain-time curve for the creep life of a component. ii. On the sketch in (i),...
1a. How does kinetic molecular theory explain why pressure is directly propirtional to temperature at a fixed volume? 1b. Explain Boyle’s Law using the Kinetic Molecular Theory. 1c. A hot air balloonist is rising too fast for her liking. should she increase or decrease the temperature of the gas in the balloon? 1d. Could the pilot of the balloonist from (1c) reduce her rate of ascent by allowing some gas to leak out of the balloon?
1a) Explain the difference between energy efficiency and energy conservation. Provide an example of each. 1b) Is a ban on incandescent bulbs socially efficient? What about leaving the decision to the market? Explain your answer with words and an appropriate graph.
can someone please explain how this question is solved with
clear working out.
1a) Using the energy diagram explain the Standard Step method and how this method is used to,calculate water surface profiles in sub-critical flow. First begin by listing the variables whose values are normally known or given) Then using the energy diagram list the calculation method step by step. Explain the gradually varied flow assumption. 1b) A trapezoidal channel with a bottom width of 6 m, side batter...
1a. How many carbons atoms are present in but-2-ene? 1b. How many carbons atoms are present in 2-methyl butane? Thank you.