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Name these structures of the upper respiratory system. (collective or individual names)

Use the image provided to answer the following questions. A. Name this band of smooth muscle.  _______ B. Name this specific region of the large intestine. _______ C. Name this structure. _______ D. Name this specific region of the large intestine. _______

Use the image provided to answer the following questions.  A. Name this patch of lymphoid tissue in the throat.  _______ B. Name this specific structure in the nasal cavity. _______

Q1 subpart: What will be the state of strain tensor ε at the top left corner of the beam?  (marked with orange dot)Complete the matrix below. The numbers are in microstrain  (i.e. x 10-6) εx =[ex] εxy = [exy] εxz = [exz] εxy εy = [ey] εyz = [eyz] εxz εyz εz = [ez]   (This is the final answer. I’ll ask you to type the process for this below).

Q2 subpart: What should be the yield strength of shaft material (Sy) in MPa if the factor of safety for the whole shaft is 2 as per von Mises criterion?(This is the final answer. I’ll ask you to type the process for this below).Enter a number to 1 decimal place, in MPa. 

Calculate the mass of CO₂ produced by the combustion of a tank of gasoline. Assume the mass of gasoline is 46.0 g and that gasoline is pure octane (C8H18).

A client writes a 37 MB file to HDFS with 4x replication. Block size is 8 MB. How much data does the client send over the network?

Q2 subpart: Explain step by step, how you arrived at the above answer for yield strength Sy, to get Von Mises FOS = 2?(No need to explain bending moment My, Mz calculations, assume those are done already). *****************************************************************************  Type step by step, and in order. For each intermediate step: type what you’ll do, what formula you’ll use, and what will be result of that formula. For example: “…Next I’ll use the torsion shear stress formula tau = Tc/J, where T = 400 Nm from the diagram, c = radius of shaft = 0.01m, J = polar moment of inertia = pi*c^4 /2. This gives tau = 254.65 MPa.  Next, I’ll use this tau in….” Consider using bullets.  ******************************************************************************

The O₂ molecule breaks apart at lower wavelengths than the O₃ molecule. What is the main reason for this? (Hint: Draw the Lewis structures.)

This is the Lewis structure for acetic acid. The bond angles are not drawn to scale. Based on the electronic configuration shown in the Lewis structure, predict the bond angle, in degrees.