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What else can I help you with?
What does nebula create?
Nebulas often create stars.
What do scientists use to explain ideas about the natural world that they cannot observe directly?
Scientists often use models to explain ideas about the natural world that cannot be directly observed. These models can be physical, mathematical, or conceptual, allowing researchers to simulate complex phenomena and predict outcomes. Additionally, they rely on indirect evidence, such as experimental data and observations, to support their theories and hypotheses. This approach helps bridge gaps in understanding and fosters further investigation.
Why does hydrophobic molecules cross the plasma membrane while hydropilic cannot?
Hydrophobic molecules can easily cross the plasma membrane because they are nonpolar and can dissolve in the lipid bilayer, allowing them to pass through without assistance. In contrast, hydrophilic molecules are polar and cannot easily penetrate the hydrophobic core of the membrane, which acts as a barrier to their passage. As a result, hydrophilic substances often require specific transport proteins or channels to help them cross the membrane.
What is plastic icing?
Plastic icing is a type of sugar paste that is used in cake decorating to create intricate designs and decorations. It is made from icing sugar, gelatin, and glucose syrup, giving it a pliable texture that can be easily molded and shaped. It is often used to create 3D figures, flowers, and other decorative elements on cakes.
Who are foreign scientists?
Foreign scientists are those researchers that are not working in their native nations. For instance, many South Korean scientists work in the United States. They would be considered foreign scientists in the US.
When scientists cannot obtain on exact numbers they often rely on?
estimate
The exhaust from a car contains energy that cannot be used. scientists often refer to this energy that cannot be used as waste energy?
i don’t know
When scientists gain new information what do they often revise?
The scientists often revise the hypothesis.
What two organelles cannot be separated easily by centrifugation?
The nucleus and endoplasmic reticulum cannot be easily separated by centrifugation due to their similar densities and fragility. Additionally, the nucleus is large and often disrupts during the spinning process, making it difficult to isolate from other organelles.
How often are scientists wrong?
Very often. Scientists make a lot of mistakes. Cause they don't do some of their experiments with love.
What are lumpy assets?
Lumpy assets are physical assets that cannot be easily divided or sold in smaller quantities without losing value or utility. Examples include large machinery, real estate, or specialized equipment, which often require significant capital investment and are not easily liquidated. Their "lumpiness" can create challenges in asset management and financial planning, particularly for businesses that need to adjust their asset holdings quickly.
When scientists collect data what are often trying to find out?
Scientists are often trying to find out whether certain factors changed or remained the same.
Why scientists often test the conclusion of other scientists?
Scientists do that because they are skeptical about other scientists' work. They do not usually believe what other scientists have concluded, so other scientists come up with a hypothesis (or simply state a question) as to contradict, or theorize why another scientists' work and conclusions are wrong. In short: Scientists are skeptical and do not believe what another scientist has come up with as a conclusion.
Can gadolinium create electricity?
Gadolinium cannot create electricity by itself. However, it is often used in the construction of control rods in nuclear reactors, where its properties can help regulate and control the nuclear reaction to generate electricity.
Scientists often measure length in?
nanometres
Scientists are often at the frontier of human?
Discovery
What kinds of difficulties do you foresee when scientists and non-scientists try to communicate?
When scientists and non-scientists communicate, difficulties often arise from differences in language and terminology, leading to misunderstandings. Scientists may use technical jargon that is unfamiliar to the general public, while non-scientists might lack the foundational knowledge to grasp complex concepts. Additionally, differing priorities and perspectives can create barriers; scientists may focus on data and evidence, while non-scientists may prioritize personal beliefs or experiences. This gap can hinder effective dialogue and the dissemination of scientific knowledge.
