What are the three common global prostitution policy responses to human trafficking?

Activity Two: Discrete Probability Distributions in Action (Example #2)

Suppose a health insurance company can resolve 60% of claims using a computerised system, the remaining needing work by humans. On a particular day, 10 claims arrived, assuming claims are independent, what is the probability that

Q2.1) Either 3 or 4 (inclusive) claims require work by a human?

Q2.2) No more than 7 claims require work by a human?

Time intervals measured with a stopwatch typically have an uncertainty of about 0.2 seconds due to human reaction time. How does this compare to the uncertainties of individual measurements above? Can human reaction time fully account for these uncertainties? If not, what other factors may contribute to the uncertainty of individual measurements (provide at least one)?

Also, What are the fundamental differences in the uncertainty of individual measurements vs uncertainty of mean of measurements

Human blood is kept at a typical pH of 7.40 mainly by the carbonic acid–carbonate ion buffer system. The corresponding chemical equation describing the buffer would be: H2CO3(aq) + H2O(l) ⇌ HCO3-(aq) + H3O+(aq) The appropriate Ka value for carbonic acid is 4.3×10-7, so its pKa value is 6.37. Calculate the [base]/[acid] ratio in human blood. (Answer to 3 significant figures, no units)

You have fused a mouse cell and a human cell and then treated the cell with specific antibodies that are covalently linked to fluorescent dyes (antibodies to mouse proteins – green; antibodies to human proteins – red). A.) What does the cell look like immediately after fusion? B.) Then you waited 40 minute and reexamined the cell, what does the cell look like now? C.) What is the cause of the change? What does it show?

3. The human body responds to both external and internal signals of all types including light, pressure, sound, temperature, and chemical signals. The human nervous system depends on a network of neurons to transmit information from one area of the body to another.

a. Describe how the body detects such a wide variety of external and internal signals.

b. Describe how information moves through a single neuron starting with the dendrite and ending at the synapse.

Describe the human microbiome (in broad terms) - include the following: What types of organisms is the human microbiome composed of? (Which classes of microbes are & are not represented?) Where is the microbiome located? (Where present, and where absent?) How does the microbiome help its host? (Name one benefit our microbiome provides us). How does a host help its microbiome? (Name one benefit we provide to our microbiome).