Yes, that is a requirement of the scientific technique.
A scientific investigation examining the effects of a new fertilizer on plant growth would require both observation and experiments. Researchers would first observe the natural growth patterns of plants without the fertilizer to establish a baseline. Then, they would conduct controlled experiments by applying the fertilizer to a test group while keeping a control group without it, measuring variables such as growth rate and health over time. This combination allows for a comprehensive understanding of the fertilizer's impact.
You don't have to be a genius to know this but a: Psychologist, Quantum Physicist, Geologist, Astro Physicist, And Mycologists need require some knowledge of science.
The number of times to repeat an experiment depends on the specific study and its goals, but generally, it is advisable to conduct experiments multiple times to ensure reliability and accuracy of results. Repeating experiments can help identify any anomalies and provide a clearer understanding of the underlying patterns. Typically, a minimum of three repetitions is a common practice in scientific research to establish statistical significance. However, more complex experiments may require additional repetitions for robust conclusions.
While many scientists follow the general principles of the scientific method, such as making observations, forming hypotheses, conducting experiments, and analyzing results, the specific approaches can vary across disciplines and individual studies. Some fields may emphasize qualitative methods over quantitative ones, or use iterative processes rather than a linear sequence. Additionally, the complexity of certain research questions may require adaptable methodologies. Ultimately, the scientific method is a flexible framework that can be tailored to fit the needs of different scientific inquiries.
1. Verification questions - These are basic data collecting questions. They are useful in building knowledge.Examples are: Is it cold today? Is the sun still out? Is a flame hottest when it is blue?2. Significant/Theory questions require an explanation and prior knowledge - Examples are: Why should you point a car's wheels toward the curb when parking on a hill? Do clouds have to be in the sky for it to rain? Why do you add acid to water instead of water to acid? These questions increase knowledge of the subject, but need prior knowledge to be asked3. Experimental questions require explanations, prior knowledge, and are testable - Example: If salt is added to water, would the solution still boil at the same temperature? or If Suntan lotion is put on ultraviolet detecting beads, will the beads still change color? Experimental questions require a more in depth answer that requires testing. Experimental questions are what researchers use.
Insoluble in science typically refers to a problem or question that currently has no known solution or answer within the existing framework of scientific knowledge and understanding. It may require further research, development of new technologies, or a shift in perspective to address.
Yes. MD stands for medical doctor which means extensive science classes and knowledge.
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A scientific investigation examining the effects of a new fertilizer on plant growth would require both observation and experiments. Researchers would first observe the natural growth patterns of plants without the fertilizer to establish a baseline. Then, they would conduct controlled experiments by applying the fertilizer to a test group while keeping a control group without it, measuring variables such as growth rate and health over time. This combination allows for a comprehensive understanding of the fertilizer's impact.
It takes more scientific knowledge to survive on Mars. Virtually no scientific knowledge is require for everyday life: we lived here for thousands of years without it. Long-term research stations have been operating in Antarctica for decades. We are still figuring out how to make living on Mars feasible for explorers.
Three examples of nonscience careers that require some knowledge of science include science communication specialists, who translate complex scientific concepts for the public; environmental policy analysts, who assess scientific data to inform regulations and policies; and medical illustrators, who create accurate visual representations of biological subjects. Each of these roles depends on a foundational understanding of scientific principles to effectively engage with their respective audiences or tasks.
what is industrial advocacy and what skills and knowledge does effective practical advocacy require? what is industrial advocacy and what skills and knowledge does effective practical advocacy require? what is industrial advocacy and what skills and knowledge does effective practical advocacy require?
No. Scientific numbers are constants that appear in science. They may or may not require scientific notation.
Reasoning.
Both a cook and a scientist require precision, experimentation, and attention to detail. A cook uses these skills to create delicious dishes by following recipes and techniques, while a scientist uses them to conduct experiments and analyze data to make new discoveries or advancements in knowledge. So, a cook could potentially make a good scientist with the right training and interest in scientific principles.
· Most software efforts are increasing in size and complexity and thus require an iterative (or evolutionary) development approach. · Requirements will, in fact, change over the life of the project due to changes in technology, user needs and the environment · Requirements emerge as knowledge is obtained during development · Requirements drive the verification and test process
Being an astronomer.