Science advances both on the theoretical and the experimental fronts. For example, Einstein worked out the mathematical basis for a laser, but never built one. Other scientists built one. Einstein's theoretical work on black holes was further extended by Stephen Hawking. And so forth.
Maths is required to build equations that can accurately predict outcomes of future events, which is the essence of science.
Research cannot definitively "prove" things in an absolute sense, as scientific inquiry is inherently provisional and subject to revision based on new evidence. Instead, research aims to provide evidence that supports or refutes hypotheses, leading to conclusions that are well-supported but not irrefutable. The strength of research findings is often assessed through statistical significance, replication, and peer review, which contribute to the credibility of conclusions drawn. Ultimately, research helps build a robust understanding of phenomena, but it remains open to reinterpretation as new data emerges.
u can build 12 houses
the ancient Egyptians used the inclined plane to build there amazing pyramids.
Inputs are factors of production (land, labour, capital and entreprenuership) and output is the final good or service produced using the factors of production through a production process. Adding on, if per say you have 40 acres of land, you want to build on the acres, the input into that will take time and so will the output for the result. Another is say your are doing research where the person your doing research for has like 20,000 articles to input into .pdf format, this will take time and money also.
Scientists publish their findings to share their research with the scientific community, advance knowledge in their field, and contribute to the overall progress of science. Publication also allows other scientists to review, critique, and build upon the work, promoting a transparent and collaborative research environment.
scientists don't know the exact speed of the animal but research is that the animal wasn't that fast because of it's build which was a strong muscular type of build.
Reading the work of colleagues helps scientists stay informed about the latest research developments, avoid duplicating efforts, and collaborate more effectively. It allows scientists to build on existing knowledge and contribute to the advancement of their field.
Prince Albert was the driving force behind it.
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He didn't. He'd worked a little on the theories about energy release, but he had nothing to do with turning it into a functioning weapon. Einsteins only personal involvement with The Manhattan Project was to persuade the then president, Franklin Roosevelt, that modern research would be used by others to develop an atomic bomb and that America needed to build one first.
No, Albert Einstein was not considered fat. He was of average weight for his height and had a lean build.
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Scientists make and record observations to collect data and information about the natural world. This helps them to identify patterns, make hypotheses, and draw conclusions based on evidence. Recording observations also allows other scientists to replicate or build upon previous research.
Albert Einstein was a theoretical physicist. He had no plan as such but was influential in convincing the US to build the atom bomb
Albert Einstein was average in terms of weight and build throughout his life. He was not overweight or skinny.
It saves duplication of effort, and gives others the opportunity to build on the discoveries of other scientists.