Course description for 2021/22
Chemistry and Biophysics
KJ103F
Course description for 2021/22

Chemistry and Biophysics

KJ103F
Basic general/inorganic chemistry, basic biophysics, basic organic chemistry, selected topics in basic biochemistry, selected topics in basic environmental chemistry.

Students must meet current admission requirements for the associated study program.

NB! Students must have completed KJE1001 Laboratory Safety before using laboratories, laboratory equipment or performing high-risk procedures.

Knowledge The student:

  • Has knowledge of the properties of elements (including the periodic table), salts and molecules in inorganic and organic chemistry, including the most important biochemical substance classes.
  • Has knowledge of the rules for naming compounds in organic and inorganic chemistry.
  • Has knowledge of the most important reaction types in inorganic chemistry (mainly aqueous solutions) and organic chemistry.
  • Is familiar with the modeling of transport processes in the body of animals, including blood circulation and respiration.
  • Has knowledge of the non-ionising and ionising radiation and their interactions with biological systems
  • Can update his/her knowledge in the fields of chemistry and biophysics.

Skills The student

  • Can calculate reaction yields, concentrations and pH (both strong and weak acids and bases, and mixtures of acids and bases including buffers).
  • Can apply theoretical knowledge to the performance of simple laboratory tasks.
  • Can understand the physical principles of experimental methods, with main focus on imaging diagnostics.
  • Can reflect upon their observations obtained after performing basic chemistry and biophysics laboratory techniques.
  • Can scientifically report, using proper scientific terminology, results obtained from basic chemistry experiments.

General competence The student:

  • Has knowledge and understanding of the risks when working in a chemical laboratory.
  • Can communicate results and theories in writing.
  • Can exchange opinions with fellow students and work alone, or as part of a group.
No tuition fees. Costs for semester registration, course literature and calculator apply.
Compulsory: Joint Bachelor Degree in Animal Science

The course consists of two parts; chemistry and biophysics.

Biophysics:

The biophysics is taught by a lecturer from our partner UVMP in Kosice, Slovakia. The teaching will take place as video presentations, syllabus review and discussions.

Work requirement (AK): Biophysics

  • Students are tested every week, a total of twelve tests. To pass, students must pass at least 2 of the first 3 tests, then at least 2 of the next 3 tests, and finally at least 2 of the last 3 tests. In total, 8 out of 12 tests in all topics in the course must be passed in order to pass the course.

During the semester, the lecturer from UVMP comes to Nord University, Bodø. During this week there will be lectures four hours three of the days. Depending on what the students benefit most from, these lectures will be discussions, summarizing topics, etc.

Chemistry:

The chemistry part is held by the course coordinator in Bodø, with lectures combined with problem solving, laboratory exercises and compulsory theory exercises.

Before the student can take part in the compulsory lab teaching, the student must undergo the course KJ105F Laboratory safety. The laboratory safety course is required to participate in the lab exercises. It is carried out at the beginning of the semester.

The teaching activities in the course presuppose that the student is on campus.

Work requirements (AK) 1 Theory exercises:

  • Students are encouraged to submit all 4 theory exercises.
  • A minimum of 2 of 4 submitted theory exercises must meet the minimum requirement to be approved, at the same time as at least every other exercise must be submitted and approved.
  • Each theory exercise submitted must have all the assignments answered in order to be approved.
  • Each individual theory exercise that is submitted must be at least 40% correctly answered. This can be 40% of the tasks, 40% right on each of the tasks or combinations of these, as long as 40% in total is right.

Work requirements (AK) 2: Laboratory exercises with subsequent lab reports

  • Students are encouraged to participate in all 3 lab exercises and submit all of the subsequent 3 lab reports.
  • In order to fulfill the work requirement, the student must have performed all the tasks that belong to the lab exercise. In the event of unforeseen events, lab teachers can grant exemption from individual assignments for the student (s) in question. In this case, this must be clarified before leaving the laboratory.
  • There must be at least 2 approved lab reports submitted within the stated deadline.

Compulsory participation:

  • Attendance at at least 2 lab exercises.

General requirements for theory exercises and lab reports:

  • The theory exercises and lab reports are submitted on paper without a cover / binding, within the stated deadline (date and time) at the specified location.
  • The theory exercises and lab reports can be a printout from a data file or handwritten with pen / pencil / marker, or a combination of these.
  • The sheets must be stapled together (not paper clips), and any spiral edges must be cut away.
  • The student's name must be legible at the top of the first page.
  • Theory exercises and lab reports that are not fulfilled in the autumn semester can be completed in the spring semester. Approval of lab reports in the spring semester presupposes that the student has approved compulsory participation for laboratory exercises from the autumn semester. It will not be possible to perform lab exercises in the spring semester.
  • Lab report can only be submitted for lab exercises where the student has participated.
  • In order to be an acceptable lab report, it must contain everything that is requested in the lab booklet, as well as any calculations needed to arrive at the answers. In addition, the report must contain a short conclusion where the student evaluates the results and comments on any deviations from what was expected.
  • Reports that were not approved at the first submission can be resubmitted once, after creation / additions together with the report after the next lab exercise. In this case, the original report must be resubmitted, together with a supplement that corrects what was described in the original report, and / or that contains points that are missing in the original report.
Evaluation using mid-term and final surveys. Students are also encouraged to participate in the central quality surveys.

Compound evaluation, grading scale: letter grades (A-F)

Chemistry:

  • Compulsory participation OD) in at least 2 out of 3 lab exercises and performing the required lab operation, comprises 0/100 of the grade; grading scale: Approved / Not approved.
  • Theory assignments (AK); 0/100 of the grade; grading scale: Approved / Not approved. At least every second must be approved.
  • At least 2 lab reports (out of 3) (AK), 0/100 of the grade; grading scale: Approved / Not approved.
  • Written exam (SK) - Chemistry, 3 hours, comprises 50/100 of the grade, grading scale: Letter grades (A-F). On paper
  • Written exam (SK) - Chemistry, multiple choice test, 1,5 hours, 0/100, pass/fail, Inspera

If the student misses lab exercises, the lacking exercise(s) must be taken together with the next year's students, in the autumn semester.

  • Written exam - Biophysics, 3 hours, comprises 50/100 of the grade, grading scale: Letter grades (A-F).
  • Calculator Casio fx-82XXX (XXX may be letters, but not numbers)
  • "Periodensystem der Elemente"
  • Molecular model set

Overlap refers to a similarity between courses with the same content. Therefore, you will receive the following reduction in credits if you have taken the courses listed below:

KJ100F - Basic Chemistry - 5 credits

KJ104F - Basic and Environmental Chemistry - 5 credits

KJ100F - Basic Chemistry - 2.5 credits

MAR2030 - Water Quality and Water Treatment in Aquaculture - 5 credits

HAV1001 - Water quality and water treatment in aquaculture - 5 credits

KJE1000 - Basic Chemistry - 2.5 credits

KJE1002 - Principles in Chemistry - 5 credits