1. Based on the experiment conducted in the laboratory setting, give examples of flow over
weir in real-world application.
2. Describe the measurements of discharge at weirs and its potential errors associated with
indirect methods weir in real-world application setting.
3. Discuss one of the calibration of weirs method.

Please answer those questions. Those are about the magnetic force experiment.

Q1. Discuss how the Helmholtz coils creates a magnetic field and what direction it is (You will have to assume a direction of current for this part).
Q2. Discuss how the magnetic torque is created on the 100 turn coil and what it does.

1) Why are quantum dots generally created for biological use having a core-shell design?

2) Design a probe and experiment where you could monitor the endogenous in vivo activity of a particular protease that cleaves the peptide sequence DEVD. Assume this protease is present at extremely low levels in the body.

A 32.70-g sample of a solid is placed in a flask. Toluene, in which the solid is insoluble, is added to the flask so that the total volume of solid and liquid together is 49.00 mL . The solid and toluene together weigh 58.54 g . The density of toluene at the temperature of the experiment is 0.864 g/mL. What is the density of the solid?

Biodiversity loss is one of the more important environmental issues humans need to address. a. (3 pts.) Name two ecosystem services biodiversity provides and why each is important. b. (3 pts.) Name three human activities that are threats to biodiversity? Which is the greatest threat and why? c. (2 pts.) What can society and individuals do to reduce the risk of extinction (list at least two things). Name a MN threatened/endangered species we talked about that would be helped by these actions.

1. Name two main pathways that macrophages contribute to the innate immune response.  For each of these pathways, name the molecules involved and which molecules recognize the infectious agent.  8 pts
2. Define inflammation.  Describe the signs and symptoms of inflammation.  Include a definition of endothelial permeability, exudates, extravasation and the role of cell adhesion molecules. 12 pts
3. Make a list of 15 different biologically active complement protein fragments.  For each fragment, name the parent complement protein from which it is derived and also its biological function.   12 pts

Ch. 1 p.18

1. How does Managerial accounting differ from financial accounting?

Ch. 1 p.18

4) Name the three types of business entities and briefly describe the nature of each.

6) Pick any large company and identify which type of business entity it is.

Ch. 2 p.51

4) Name the three inventory accounts maintained by manufacturing firms and briefly describe the nature of each.

5) Name and briefly describe the three major categories used to account for manufacturing costs.

17.  Consider the weighted voting system [36: 20, 18, 16, 2]

a) Find the Banzhaf power distribution of this system.

P1  P2  P3  P4                       P1  P2  P3                  P1  P2

P1  P2 P4                  P1  P3  

                                    P1  P3  P4

                                    P2  P3  P4

P1:                              P2:                              P3:                              P4:

b) Name the dictator in this system, if there is one.  If not, write "none".

c) Name the players with veto power in this system.  If there are none, write "none".

d) Name the dummies in this system.  If there are none, write "none".

A market survey was conducted in a city which numbers 16,000 homemakers. The survey was conducted to estimate the proportion of homemakers who could recognize the brand name of a cleanser based on the shape and color of the container. Of the 1,400 homemakers surveyed, 420 were able to identify the brand name. a. Using the 0.99 degree of confidence, the population proportion lies within what interval? b. An advertising firm claims that at least 30% of all homemakers can recognize the brand name of a cleanser based on the container. Do you agree? Explain.

Neuroendocrine mechanisms control homeostasis. Describe a homeostatic regulation that involves both neural and hormonal regulations. (7 pts)

Provide an answer to each question below!!! All questions below correlate to the 7pt question above. In total, it is one response but divided into pieces.

Name the homeostatic function to be regulated. (1 pt)

Name the tissue/organ involved. (1 pt)

Name the neural and hormonal factors involved. (2 pts)

Describe how each of these neural and hormonal factors regulates the organ/tissue’s function. (3 pts)