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How is chemical evolution and biological evolution the same?
Chemical evolution: the evolution of the elements (building blocks of matter) biological evolution: the small scale change in a population that can be passed from generation to generation Both of these are changes that occur to gradually create a new species or substance
What are the similarities of refrigerator and biological refrigerator?
A biological refrigerator and refrigerator have many similarities. A biological refrigerator is created especially for a hospital or pharmacy, and has different variants of temperature control.
What is a biological tradeoff?
A biological tradeoff is a situation where an organism must make a compromise between different traits or functions due to limited resources or conflicting evolutionary pressures. For example, a plant may allocate resources towards growth or defense, but not both at the same time. Tradeoffs are necessary for organisms to balance competing demands and survive in their environment.
Biological and non-biological substances?
Wood is an example of a Bio-Degradable substance. Bacteria will digest wood and return its chemicals to the soil. Glass is a Non-Bio-Degradable substance. It would have to be reCycled through mechanical processes, such as grinding, melting, etc.
How are Biological Viruses and Computer viruses alike?
Biological viruses and computer viruses are both entities that can replicate and spread, causing harm in the process. Both require a host to survive and multiply, and can exhibit a wide range of behaviors from benign to harmful. Additionally, both types of viruses can be transmitted between individuals or systems.
What is an example of a physiological stressor?
An example of a physiological stressor is intense physical exercise, which can elevate heart rate, increase oxygen demand, and trigger the release of stress hormones like cortisol and adrenaline. Other examples include illness, injury, or extreme temperatures, which can challenge the body's homeostasis and require adaptive responses to maintain balance. These stressors can lead to both short-term and long-term physiological changes in the body.
Is a catastrophic stressor a normative stressor?
No, a catastrophic stressor is not considered a normative stressor. Normative stressors are those that are expected and occur in the course of everyday life, such as transitions like starting school or getting married. In contrast, catastrophic stressors are unexpected, large-scale events that cause significant disruption and distress, such as natural disasters or serious accidents. While both types of stressors can impact individuals, they differ in their predictability and intensity.
What are examples of biological rhythms in both humans and animals?
example of these rhythms in both humans and animals is the circadian rhythms which occur every once a day.
Is cellular respiration an example of a physical change or an chemical change?
its a chemical change
What is an example of a physical change in baking?
both, because the ingredients are undergoing both physical and chemical changes such as: Butter melting= physical change Egg whites hardening= chemical change both, because the ingredients are undergoing both physical and chemical changes such as: Butter melting= physical change Egg whites hardening= chemical change
An example of a chemical change is?
Lighting A Match
What is the difference between a biological parent and non custodial parent?
None, as both are usually biological parents.
What type of weathering involves the reaction of material with natural or biological chemicals?
both chemical and biological weathering
What is the meaning of mutual relationship?
Mutualism is a biological interaction between two organisms, where each individual derives a fitness benefit
What is a good example of a biological trait?
environmental traits: favorite music, favorite food, favorite stuff both : athletic ability, muscle size
What do a biological cell and a house have in common?
They both have walls.
Why does a change of speed produce a change in direction?
It doesn't. For example, you can go in a straight line, and speed up or slow down, without changing direction. And if there is both a change in direction and a change in speed, the change of speed wouldn't be the CAUSE for a change in direction. (On the other hand, both can be caused by a force applied to an object.)
