In natural water bodies, which of the following are used to calculate ? Choose all that apply.

What is the name of the raccoon roundworm? 

If you plan to remove copper ions from acid mine drainage by precipitating them as copper oxide and copper hydroxide minerals through the addition of NaOH, at what pH between 6 and 12 will you observe the lowest copper ion concentration?  

Assume you did another experiment for alkalinity. Everything about the experimental plan (titrant concentration) and results (titrant amount) were the same, except for initial pH (initial pH of the water sample was 6.6). Compare the alkalinity of this water to that from the previous question.  

Based on the norovirus data provided in the previous question, which of the following kinetics model describes the norovirus decay the best? Draw a plot by hand using the given data if that helps. 

What is the time complexity of function_caller() in the worst case in terms of Big O notation? You can assume p and m are large values and greater than 0. void function_callee(int p, int m){ while(m > 1) { for(int i = 1; i < m; i++) { p = p * 2; } m = m / 2; }}void function_caller(int p, int m){        for(int i = 1; i < m; i++) {         function_callee(p, m); }}

Min Heap Deletion Write pseudocode or C++ code describing a function that returns the smallest value in a binary Min Heap (min() operation). Include the function header (return type, method name, parameters) . Describe how deletion works in a min heap . Write pseudocode or C++ code describing a function that deletes a node from a binary Min Heap (extractMin). Include the function header (return type, method name, parameters) . State the worst case time complexity for your min() and extraMin() function .    You can assume the following if needed: It is a 0-indexed integer Min Heap The Min Heap array and its size is passed into this function. The array is already large enough to store another node; i.e. it does not need to be resized.

What is the dominant species of nitrogen at pH 8 and pe 1?

SCENARIO: A first-year student-athlete on an intercollegiate athletics Women’s Track & Field/Cross Country team reports to you complaining of soreness on the medial aspect of her right ankle. History She tells you that the P! has been present for approximately two weeks. She does not remember a specific MOI. The P! increases with exercise (distance running) and persists for a few hours after exercise. In the past 48 hours, she has noticed mild P! at night. She has recently increased her mileage from 35 miles to 48 miles per week. Her chief complaint is P! behind her R medial malleolus. She reports no P! in her foot. She does not experience any unusual sensations. She reports that she sprained her R ankle once in high school but she does not remember exactly what structures were injured.  AT RESPONSE: What relevant objective evaluation processes will you perform to differentiate between these conditions and (possibly) determine its severity? DIRECTIONS: Use a standard format in arranging your response. Bullet your individual text entries. Your entries must be concise, specific, and accurate. Your entries must include correct spelling.  You may (and are encouraged) to use common abbreviations and acronyms linked to anatomical and medical terminology when appropriate. When listing structural/stress tests, it is expected that you will also list the conditions they are indicated for.

What are assumptions for or features of Freundlich model? Choose all that apply