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ha ha... it could be either. Qualitative would be if you did a taste test to see if the green liquid (hopefully kool-aid) tasted good to different people. Quantitative would be if you measured how much of the green liquid there was. It isn't inherently either one, as qualitative and quantitative describe types of data, rather than things such as colored liquids of unidentified origin.
because the sugar dessolves completely in the tea.
qualitative observation is the method of identifing a compound such as salt analysis,etc,. and quantitative is the calculation of the amount of a particular compound in a given sample such as asseys..
In most cases it is a suspension, sometimes an emulsion, or even a gel is possible combined with emulsion. So in short: it's a rather complex texture
because its physical and chemical properties are not all like the metals so thus its considered as a non-metal. Among such characteristics, carbon is brittle, formed molecular rather than ionic compounds, forms covalent rather than metallic bonds with itself, and in most forms (graphite is an exception) is a poor conductor of heat and electricity.
Because quantitative observations focus on Money or quantity rather than the opposite. Hope that makes sense.
data or information that is measured numerically rather than qualitatively.
Yes, they were rather expensive as they were considered a delicacy.Yes, they were rather expensive as they were considered a delicacy.Yes, they were rather expensive as they were considered a delicacy.Yes, they were rather expensive as they were considered a delicacy.Yes, they were rather expensive as they were considered a delicacy.Yes, they were rather expensive as they were considered a delicacy.Yes, they were rather expensive as they were considered a delicacy.Yes, they were rather expensive as they were considered a delicacy.Yes, they were rather expensive as they were considered a delicacy.
Aristotle's predictions of heavenly motion were qualitative rather than quantitative. He described the motion of celestial bodies in terms of their natural behavior and relationships rather than using mathematical equations or measurements.
This procedure is qualitative because it focuses on gathering descriptive data and understanding the quality or characteristics of a phenomenon rather than measuring it numerically. Quantitative procedures involve collecting numerical data for statistical analysis.
Skin color is considered a quantitative trait because it is controlled by multiple genes and influenced by environmental factors, resulting in a wide range of variation. This variation is continuous, rather than being determined by a single gene with distinct categories. Quantitative traits typically show a spectrum of phenotypes rather than discrete categories.
You get an accurate answer with it rather than using semi quantitative methods to get estimated results.
A qualitative property is one that defines something based on characteristics such as color or density. It refers to the description of a substance rather than a measurement of that substance. A quantitative property deals measurements of a given substance and can be expressed as a number or quantity.
Cinnamon is considered to be a spice rather than a herb.
The pathognomonic-intervention continuum proposed by Jordan and Stanovich is a theoretical framework rather than a specific study. It outlines the spectrum of diagnostic decisions clinicians make, ranging from clear-cut (pathognomonic) to more uncertain (intervention) cases. This framework is qualitative in nature, focusing on the nature of diagnostic reasoning rather than quantitative data collection or analysis.
The interest is in getting quality information. This is instead of having a lot of information like other studies might do.
Not if the attribute recorded in qualitative rather than quantitative. If you ask a group of people what their favourite fruit is, a mean of their answers has no meaning.