Study Guide

Objective

As a student you are able to describe physical laws and phenomena sufficiently to enable you to understand the physical operating principles of the most common methods and devices used in laboratory work. You can perform basic calculations and apply these to biomedical laboratory work. You know how to convert units, solve equations, and identify and describe mathematical dependencies.
You are able to draw conclusions from distributions. You know how to use spreadsheet software to calculate and analyse statistical parameters and correlation between variables, and interpret and assess statistical reports in laboratory work.

Content

Mechanics and mechanical applications
Thermology and applications relating to physical states
Electricity and electric phenomena
Radiation physics
Optics
Unit conversions
Significance of figures
Powers and square roots
Linear equations and proportions
Logarithms and exponential functions
Diagnostic parameters
Interpretation and assessment of statistical reports
Spreadsheet software

Location and time

Lessons and/or distance meeting lessons

Materials

Basic mathematics: material on Moodle
Mathematical statistics: material on Moodle
Physics: Uploaded on Moodle
High school level chemistry book is relevant for a supporting material.

Teaching methods

Lessons and/or distance meeting lessons, guided assignments and homework problems
Activating lecture
Assignment guided learning
Guided assignments

Employer connections

N/A

Exam schedules

Basic mathematics: Moodle assignments.
Assignment in Mathematics: dead line agreed later
Mathematical statistics: exam
Physics: Exam 08.12.2022 Resits SU202301, SU202303.

There is a "preliminary exam" in physics, which is taken in Moodle. Take a look at chapters 2.1, 2.2, 2.5 (before section 2.5.1), 3, 4.1, 4.2 of the handout. and take the preliminary exam based on them on 17.8. by the first hour to be held. Study material can be used in the exam and you can take the exam as many times as you want. After taking the test, you will receive feedback from the test with hints pointing to the correct answers. T

International connections

N/A

Student workload

5 cr = 138 h
Mathematics 16 h lectures, 24 h independent work
Mathematical statistics: 16 h lectures, 2 h exam, 34 h independent work
Physics: 24 h lectures, 2 h exam, 28 h independent work

Content scheduling

Basic mathematics, mathematical statistics and physics will be started already on the 1. period
Physics: mechanics and applications of mechanics, temperature and heat, phases and phase changes

Further information

uition in Finnish
Students must confirm their attendance for a course implementation by being present when tuition begins or in another manner agreed with the lecturer; for example, by returning the first course assignment. Students who are unable to attend the first teaching session due to illness may also confirm their attendance by informing the lecturer of this in advance.
Physics: Check also tutorial videos found on the Internet.
Physics lessons on Zoom: https://metropolia.zoom.us/j/2755758729, key 1234

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

0–5
Assessment framework, see the appendix.
Assessment criteria for beginners are applied.

Assessment methods and criteria

Mathematics: Test of one's own math skills in Moodle
Mathematical statistics: Exam 100% + lesson tasks must be done
Continuos assessment, home work.
Physics: Continuos assessment, home work.
Relationship between percentage of points of the maximum points and grade: grade 1 = 50% of the total max. points, 2 = 60%, 3 = 70%, 4 = 80%, 5 = 90% (Physics is 40%)(grades 0-5)

Prerequisites

Prior competence : No prior competence