PLEASE DO NOT THINK I AM CHEATING AND ASKING FOR ANSWERS. DO NOT LECTURE ME, I AM SIMPLY ASKING WHAT IN THE HELL THIS MEANS:
Collecting and Analyzing Data There are two types of observations: qualitative and quantitative.
Qualitative observations use words to describe what is observed during the experiment. These
notes are kept in a journal or logbook. Quantitative observations use numbers, such as calculations
and measurements that are recorded in data tables. Scientists around the world use the same
system of measurement called the metric system. In your experiment the unit for volume is cubic
meters (m^3). The unit for temperature is Kelvin (K). Create a data table for the quantitative data of
the lab.
In order to create a data table for the quantitative data of the lab, you will need to follow these steps:
1. Identify the different variables that you will be measuring in your lab. For example, if you are conducting an experiment on the rate of plant growth, your variables may include the time (in days), the height of the plants (in centimeters), and the amount of water given (in milliliters).
2. Determine the range or values that you will be recording for each variable. This will depend on the specific requirements of your lab experiment. For example, if you are observing plant growth for a duration of 10 days, you will record the time from 1 to 10, and if the height of the plants ranges from 0 to 50 centimeters, you will record the height in centimeters within that range.
3. Create a table with columns for each variable and rows for each set of data. For each variable, give it a clear and concise title at the top of the column. In this case, you can have columns titled "Time," "Height," and "Water."
4. Fill in the table with the corresponding measurements or calculations for each variable. For example, if on the first day the plant height is 5 cm, you would record "1" in the "Time" column and "5" in the "Height" column.
5. Make sure to include units of measurement for each value in the table. The units should match the ones specified in the instructions for your lab experiment. For example, for the height of the plant, you would include "cm" in the table.
6. Organize the data in a logical and structured manner, typically with the independent variables (e.g., time) listed in ascending order. This will enable you to easily analyze and interpret the data later on.
7. Label the table appropriately and provide a clear title, such as "Quantitative Data Table."
Remember, the specific format and structure of the data table may vary depending on the requirements or guidelines provided by your instructor or the experiment itself. It is important to follow any specific instructions given to you.
It means what it says.
Data table is make a chart to insert numeric data in.
Do you always tell tutors not to lecture you? Surprise! In college, that is what you will get full time. It will be your job to listen, absorb, and translate it in your head to words you understand yourself, and can apply.