Different types of Scientific Investigations
Technology
Testing claims
Student investigation
A Continuous Cycle
100

The scientist that discovered penicillin

Alexander Fleming
100

A positive effect of technology on communication

Faster/global communication

100

Which part of a peer-reviewed scientific journal article contains a summary of the investigation? 

Abstract

100

This type of variable is deliberately changed by the scientist.

Independent variable

100

Scientific investigations are described as this type of process because they are repeated and refined. 

Continuous cycle

200

Which scientist tried to explain the colours of stars by using the star's observed frequency of light? 

Doppler

200

The unintended negative consequence of technology on the environment

Environmental impacts (e.g. pollution, waste)

200

Evidence that supports or refutes a claim must be this to be valid. 

reliable/credible

200

This variable is measured to assess the effect of the indepedent variable

Dependent variable

200

The step where scientists develop a possible explanation based on observations

Hypothesis.

300

The primary purpose of Eratosthenes' investigation was to determine

The circumference of the Earth. 

300

Computer-generated environments used to test scientific ideas. 

Simulations. 

300

This type of evidence comes from experiments conducted by others

Secondary evidence

300

These variables must be kept constant to ensure a fair test.

Controlled variable

300

After analysing results, scientists often do this to improve their investigation. 

Refinement or modification

400

Pasteur's work helped establish this theory

Germ Theory

400

Technology that improves precision by reducing human error

Automation

400

Large sample sizes improve this aspect of evidence

Reliable

400

Type of error affects results in a consistent direction

Systematic error

400

This step involves sharing findings with the scientific community

Communication or publication

500

This type of investigation combines multiple data sources and models

Modelling investigation

500

A limitation of relying heavily on technology in investigations

Potential bias, malfunction, over reliance on models 

500

Rules and principles guiding responsible scientific practice

Ethics

500

A logical conclusion that goes beyond the data and suggests broader implications

Inference

500

Feedback from other scientists that leads to further investigation is known as..

Peer review

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