You live in a the TRAPPIST-1 star system, and your civilization decided a moon-based telescope was a great idea!  You are done with your observations on the moon (called Shamoon) of one of the rocky planets in the congested system and are ready to go back to your home planet.  How fast (in km/s) do you need to dial up your rocket? Here are some humble facts about the moon to assist you.  Please read and comply with all input instructions: Shamoon’s details:  orbits at a distance of 5 AU, is `m` times more massive than our moon, is `r` times bigger than our moon. Input Instructions:  Round your answer to the nearest one decimal place (i.e. 13.5) using standard rounding rules and comma placement if necessary.  The units of your answer should be in km/s.  Do not include this or any other letters, units, E, or scientific notation for your input.  Just the numerical answer.  If you encounter technical difficulties, type this answer in the bonus section at the bottom.   

A patient asked the nurse why clavulanic acid in the prescription amoxicillian with clavulanate is prescribed. The nurses best response is: (select all that apply) 

This is a copy of the exam if there are any issues with the Images or the formatting of the question text.   Final Exam PDF

Which of the following statements correctly describe the Lewis structures shown below?

A nurse at an urgent care clinic is collecting a history from a female client who has a urinary tract infection. The nurse anticipates a prescription for ciprofloxacin a (quinolone). The nurse should identify that which of the following client statements indicates that another alternate medication be prescribed for this individual? 

Vocabulary time!  Match each term with the best description.  Each description will only be used once.  Partial credit is possible.  

Which of the following describes syntrophy?

Which of the following is a better Lewis structure for the N2O3 molecule? Why is the structure you chose better than the other structure?

Match the characteristic/description with the correct group/classification of Bacteria or Archaea.

Wilson Jack Corp. began the current period with 4,000 units in process that were 100% complete as to materials and 60% complete as to conversion. Costs of $7,500 in direct materials and $4,700 in conversion costs were incurred in manufacturing those units in the previous period. Kramer ended the current period with 20,000 units completed and 5,000 units still in process. Work in process was 100% complete as to materials and 70% complete as to conversion costs. Kramer incurred $67,500 in direct materials costs, $7,000 in direct labor costs, and $40,000 in manufacturing overhead costs during the period.   Required: For C3 – D4 place ($) and (,) in the appropriate spot. For A1 and B2 no $.   Using the weighted average method, compute the following:    a1. Equivalent units of production for materials.  b2. Equivalent units of production for conversion.  c3. Cost per equivalent unit for materials. ($)  d4. Cost per equivalent unit for conversion. ($)