Study Guide

Objective

The student understands the SI system. The student can understand phenomena from a scientific point of view. The student knows the scientific way of thinking in solving simple physics problems. The student's thinking in physics applications is developed.

Content

-Units, quantities and graphical representations
-Kinematics
-Mechanics

Location and time

N/A

Materials

Teacher's lecture notes. Student can use based on needs a highschool level or university of applied sciences level or science university level physics book.

Teaching methods

Lectures

Employer connections

N/A

Exam schedules

To be agreed during the lessons

International connections

N/A

Completion alternatives

N/A

Student workload

Lectures: 20 h
Kotilaskut: 30 h
Itsenäinen työskentely: 85 h

Content scheduling

1: Introduction to the study of physics, physical quantities and graphs
2: Representation of motion, position and velocity in one-dimensional motion
3: Acceleration in one-dimensional motion
4: Relative motion, Two-dimensional motion: circular motion
5: Interaction, forces and Newton's laws
6: Application of Newton's laws
7: Linear momentum
8: Energy, power and work, energy
9: Torque
10: Rotational motion

Further information

Opetustilanteen tallenteet
Tämä opetuksena toteutettava opintojakson oppitunnit tallennetaan joustavaa opiskelua varten. Mikäli et halua olla mukana tallenteella, ilmoita tästä opettajalle opintojakson ensimmäisellä opetuskerralla. Opetustilanteiden tallenteet ovat nähtävissä opintojakson ajan opintojakson käyttämällä oppimisalustalla. Jos ryhmän kanssa ei sovita muuta, opetustilanteiden tallenteet poistetaan viimeistään 6 kk opintojakson päätyttyä.

Tietosuojaseloste
Kuvaus opintojaksolla tapahtuvasta henkilötietojen käsittelystä löytyy Metropolian julkisilla verkkosivuilla julkaistusta Metropolian opiskelija- ja opintotietorekisterin tietosuojaselosteesta
https://www.metropolia.fi/fi/metropoliasta/tietosuoja-ja-gdpr/tietosuojaselosteet/metropolian-opiskelija-ja-opintotietorekisteri

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

The student knows how to use the SI system and the units. The student knows the basics of mechanics. The student can solve simple problems in kinematics and mechanics.

Assessment criteria, good (3)

The student can solve various problems in kinematics and mechanics as well as problems related to rotational motion. The student can use graphical representations.

Assessment criteria, excellent (5)

The student can apply the principles of mechanics and kinematics to the study of phenomena in his/her field. The student can identify and describe different natural phenomena. The student can produce and analyse graphical results.

Assessment criteria, approved/failed

The student knows how to use the SI system and the units. The student knows the basics of mechanics. The student can solve simple problems in kinematics and mechanics.

Assessment methods and criteria

Final exam and/or weeks assignments. Total points 50.

Prerequisites

The student is expected to have basic mathematical skills.