Quantitative data
Evolutionary change is always rapid and contunuous
Use your knowledge of energy flow within ecosystems to offer a simple explanation for the following statements flesh is grass?
One false statement about root-hairs is that they can sense gravity. It is a common misconception that gravity effects the direction of growth.
"elif" is short for "else if" in Python. It is a conditional statement that is used after an initial "if" statement to check for additional conditions if the first condition is not met.
No, the statement "rooks are not stunted crows" is not a metaphor. It is a literal statement comparing two different species of birds. A metaphor is a figure of speech in which a word or phrase is applied to an object or action to which it is not literally applicable, such as "time is a thief." In this case, the statement is straightforward and not metaphorical.
qualitative
quantitative
The statement "the temperature outside is 250°C" is quantitative. It provides a specific numerical value that can be measured and compared, indicating the precise temperature. In contrast, a qualitative statement would describe characteristics without numerical measurement, such as saying the temperature feels hot or cold.
Quantitative means having numbers and measurements. qualitatitive does not. Qualitative Example: mix hydrogen and oxygen and you get water. Quantitative Example: mix two moles of Hydrogen and one mole of Oxygen to get one mole of water.
Quantitative
It is an inference
It is an inference
A measurement must be quantitative, as the result is a quantity. A qualitative property is something that can't be measured, such as your opinion of someone, or of a book you have read. Absolutely incorrect. In science you have both qualitative and quantitative measurements. A quantitative measurement is just as it sounds, measuring the quantity of something. A qualitative measurement systematically measures the quality of a system. Temperature is a qualitative measurement of heat. Where as heat is a quantitative measurement of energy. You can't "add" temperature but you can "add" heat to a system by increasing the temperature or the mass of the system. Mass is a quantitative measurement, where as weight is a qualitative measurement of the force of gravity on a mass and is dependent on where it is measured (gravity). If you can "add" or "subtract" something it is quantitative. If you can only "change" it it is qualitative. Thus it is scientifically incorrect to say "adding weight", you must say "increasing weight".
It's an inference because your drawing a conclusion (that the cat must be ill)so it is inferrence
A inference is a statement based on your experience.
The statement "the damage at this scene was caused by an explosion" is an inference rather than an observation. An observation is a direct, factual statement based on sensory data, while an inference involves interpreting or drawing a conclusion based on observations. In this case, the statement goes beyond direct sensory data to make a conclusion about the cause of the damage, making it an inference.
A qualitative statement is a descriptive statement that cannot be measured numerically. It often involves subjective judgments or observations about a particular characteristic or quality. Examples include "The artwork is beautiful" or "The movie was emotional."