B. the theory is accepted, not the evidence
C. the evidence is wrong
D. a vote is taken to accept new evidence
A. The theory could be altered. If new evidence I presented it is the law to take a look at it.
If new evidence challenges a theory, it may lead to the alteration of that theory. This is a key aspect of the scientific method, where theories and hypotheses are continuously tested. The climax of these tests can lead to validation, modification, or discarding of the theory.
If a theory is challenged by new evidence, a possible outcome is that the theory could be altered. In the realm of science, theories are not static; they are dynamic and prone to modifications when new, credible evidence emerges. Theories are always subject to validation and verification. When the theory of evolution was first proposed, for instance, it faced plenty of criticism and disbelief. However, as it was continually supported by emerging evidence, it is now widely accepted.
An assumption or hypothesis is typically tested through experiments. If experimental results contradict the theory or hypothesis, scientists often amend or discard it. This process exhibits that theories aren't absolutes but rather are continually evolving constructs subject to change based on the emergence of new evidence.
This is part of the scientific method, where theories and hypotheses are continuously tested and re-tested using experiments. It's also important to remember that evidence-based science values new findings that can be replicated and verified across multiple experiments, confirming or questioning existing theories.
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So what I've learned throughout my school life, air will rise near low-pressure areas. When the air rises it cools and usually forms clouds and with clouds might come precipitation.
Just for fun: Warm front and cold front
Warm fronts: warm air takes the place of cold air. Usually when there is a warm front there can be dangerous weather. These usually form in the east and southerly winds push the air that is warm to the north. The warm air is above the cold air, which is denser than warm air. We all have learned, as warm air rises the vapor condenses into clouds that can produce four types of precipitation: freezing rain, sleet, rain, or snow.
Cold fronts: most of the time when people hear the term cold front they thing of cold weather coming. That is not always true. A cold front has a warm-cold air mixture. The colder air takes the place of the warmer. You can have cold fronts in the summer. Cold fronts in the summer bring slightly cooler weather but it also brings in dryer air meaning less humidity. A cold front in the summer can result in a thunderstorm, tornadoes, and strong winds. In the winter cold fronts obviously bring super cold air.
Hopefully this helped and good luck.
Particles in warm temperature rise while the particles in cooler temperature sink:
Temperature is a calculation of the mean kinetic energy of a substance's atoms or molecules. Heat is the transition of energy from a material at higher to a material at lower temperature. When heat is provided, the particles in liquids and gases acquire kinetic energy, which increases vibration and start moving faster.
Thus as the particles travel farther apart, they take up more space, due to which particles in warm temperature rises, as it allows the liquid or gas to move upward. While cooler liquid or gas travel downward because no external energy is provided to them, thus on acquiring low temperature, the inter-molecular forces between particles increase which deduct spaces between them.
Answer: maybe more detail?
Explanation: