What did William Blake call the process he used to print his works?

Name one of William Blake’s works, other than Songs of Innocence and of Experience.

Describe TWO distinct economic values of genetic diversity?

Using specific examples, explain how the distinction between  “public” goods vs “common” goods applies to biodiversity conservation, particularly as it relates to conservation strategy. In both cases, think about who benefits, who pays, and who are the “free riders” – i.e. those who benefit from the good but don’t pay for it. 

What is the main economic problem with banning trade in rare or endangered species?

Approximately when did human-caused 6th extinction wave begin and what has already been lost from the North American fauna?  

What kind of government interventions are required to control negative externalities (check all that apply)

Describe the two critical amendments to the Endangered Species Act that greatly improved it effectiveness over the original law. 

The conservation reserve is probably the most important federal program for promoting  conservation on private lands. Which department and agency of the U.S. government delivers this program and how does it work? 

The following is the overall reaction that occurs when HCl is mixed with I-C(CH3)3. (In this case, the – between I and C is for easy-reading purposes only).   HCl(aq) + I-C(CH3)3(aq) -> HI(aq) + Cl-C(CH3)3(aq)   When an initial rate study is taken for this reaction, the following data are obtained.   Initial Rate 1.784 M/s 0.200 M 0.200 M 0.100 M 0.0500 M 0.892 M/s 0.400 M 0.200 M 0.100 M 0.100 M 0.446 M/s 0.400 M 0.100 M 0.100 M 0.100 M 2.676 M/s 0.300 M 0.300 M 0.100 M 0.0500 M 2.379 M/s 0.100 M 0.400 M 0.200 M 0.150 M   a.) What are the orders of all the species studied? Create a rate law from those data (including a rate constant). b.) Using your answers from A, propose a mechanism that would give the the observed rate law. How realistic your reactions are is unimportant for this question, only that it would yield a rate law that matches the observed data and overall reaction.