A toddler who is not potty trained has been hospitalized for…

A toddler who is not potty trained has been hospitalized for dehydration. You ask the mother to save all diapers she changed to weigh for output measurement. The wet diaper is 154 grams. The dry diaper weight was 41.4 grams. How many grams will you record for output? [BLANK-1] (Round answer to the nearest tenth. Use a leading zero if it applies. Do not use a trailing zero. Do not include unit in answer) 

A nurse is caring for client who has sepsis and a prescripti…

A nurse is caring for client who has sepsis and a prescription for vancomycin 1 g in 250 mL dextrose 5% (D W) over 1 hr by IV intermittent bolus. The nurse should set the IV pump to deliver how many mL/hr? [BLANK-1] (Round the answer to the nearest whole number. Use a leading zero if it applies. Do not use a trailing zero. Do not include unit in answer.)

A nurse is preparing to administer vancomycin 15 mg/kg/day d…

A nurse is preparing to administer vancomycin 15 mg/kg/day divided equally every 12 hr. The client weighs 115 lb. How many mg should the nurse administer per dose? [BLANK-1] (Round the answer to the nearest whole number. Use a leading zero if it applies. Do not use a trailing zero. Do not include unit in the answer.)

Information for questions 13-19 There are two countries, Hom…

Information for questions 13-19 There are two countries, Home and Foreign. Labor is the only factor of production. There are two goods, X and Y. The following table shows the output of each good per hour of labor, in the two countries. Output per hour of labor Good Home Foreign Good X 10 8 Good Y 5 2 Calculate the relative price of good X with respect to good Y (that is, PX/PY) in the Home country, if the Home country is autarky. Enter a whole or decimal number, as appropriate. Enter 0 if the answer cannot be obtained with the information given. Only exact answer accepted.

Information for questions 10-12 The world is made of three c…

Information for questions 10-12 The world is made of three countries, A, B, and C. There are no transportation costs among these countries, just (possibly) tariffs. Countries A and B are considering forming a Regional Trade Agreement (RTA). If they do so, then they will have no tariffs against each other’s goods, but will keep their tariffs against country C’s goods. The following table lists the costs of production per unit of steel in the three countries, and also the tariffs that A imposes on steel from country B and C before the RTA is formed. Costs of production and tariffs  Country Cost of production ($/unit of steel produced) A’s tariff ($/unit of steel imported) Country A 21   Country B 15 5 Country C 11 5 After forming an RTA with country B, country A would import steel from:

Information for questions 20-24 The figure below depicts th…

Information for questions 20-24 The figure below depicts the production possibilities curve (PPC) of a country. It also depicts the consumption possibilities curve (CPC) when the country is engaged in trade with one other country. Point C is this country’s consumption when that trade occurs. Considering both this country and the other country, this country has absolute advantage in:

Information for questions 10-12 The world is made of three c…

Information for questions 10-12 The world is made of three countries, A, B, and C. There are no transportation costs among these countries, just (possibly) tariffs. Countries A and B are considering forming a Regional Trade Agreement (RTA). If they do so, then they will have no tariffs against each other’s goods, but will keep their tariffs against country C’s goods. The following table lists the costs of production per unit of steel in the three countries, and also the tariffs that A imposes on steel from country B and C before the RTA is formed. Costs of production and tariffs  Country Cost of production ($/unit of steel produced) A’s tariff ($/unit of steel imported) Country A 21   Country B 15 5 Country C 11 5 Before forming an RTA with country B, country A imports steel from:

Suppose you group the names by the total credit hours each s…

Suppose you group the names by the total credit hours each student is taking this semester (0-9, 10-12, 13-15, 15 or more) and then select all the students who are taking 10-12 credit hours at random.  What sampling method did you use to generate your random sample? Explain your reasoning using the definition of the sampling method.