An example of a quantitative observation is measuring the temperature of a substance using a thermometer and finding it to be 25 degrees Celsius.
Heart rate is generally a quantitative measurement. You can give a specific number (quantity) for it. You could express heart rate as a qualitative measurement by simply using comparative phrases such as fast, faster, slow slower, dangerously high, dangerously low, etc. Often the quantitative measurement is mapped to the qualitative terms to give a quantitative range that can map to a qualitative term to express the impact of that type of heart rate.
An extension of the EEG technique, called quantitative EEG (qEEG), involves manipulating the EEG signals with a computer using the fast Fourier transform algorithm.
Quantitative, if you're counting the numbers of males and females for any survey or question. It is qualitive if you are using it in the context "Jim is a male." That doesn't tell you how many. Instead it tells you what.
With trigonometry by using the cosine rule
Quantitative means using actual numbers to show a change or amount, such as: "He has $14.90, and she has $12.56" Qualitative means showing amounts using relative terms, such as: "He has more money than her"
Using a quantitative sampling method in a qualitative study could result in a lack of in-depth understanding of participants' experiences and perspectives. On the other hand, using a qualitative sampling method in a quantitative study could introduce bias and limit the generalizability of the findings.
It could distract you and you could forget about what you just studied
Biology was a subject I studied a school.
This could describe a magnetic compass.
A Quantitative Impact Study is a comprehensive analysis that measures the potential financial impact of a specific event or regulation on an organization or industry. It involves using quantitative models and data to assess the potential outcomes and implications of various scenarios in terms of costs, revenues, and overall financial performance. The goal is to help decision-makers understand the potential consequences and make informed choices.
An example of a quantitative change in a science lab could be measuring the increase in temperature of a reaction as it progresses over time using a thermometer. This change can be quantified with numerical values to track how the temperature changes.
safety measures when using a computer
An example of a quantitative observation is measuring the temperature of a substance using a thermometer and finding it to be 25 degrees Celsius.
Heart rate is generally a quantitative measurement. You can give a specific number (quantity) for it. You could express heart rate as a qualitative measurement by simply using comparative phrases such as fast, faster, slow slower, dangerously high, dangerously low, etc. Often the quantitative measurement is mapped to the qualitative terms to give a quantitative range that can map to a qualitative term to express the impact of that type of heart rate.
Heart rate is generally a quantitative measurement. You can give a specific number (quantity) for it. You could express heart rate as a qualitative measurement by simply using comparative phrases such as fast, faster, slow slower, dangerously high, dangerously low, etc. Often the quantitative measurement is mapped to the qualitative terms to give a quantitative range that can map to a qualitative term to express the impact of that type of heart rate.
The word "quantitative" is from the root word quantity. So, a quantitative observation is one that can be quantified or counted. Any time you count or physically measure something, it is a quantitative observation. Since it is your homework you should come up with your own examples :)