What factors should we consider when determining why the chicken "loses" to the fox? A chicken can fly and perch on higher place
s than the fox can likely get to. Does one animal have worse hearing than the other? Or are its other senses not as keen? Does one animal sleep more soundly or just more than the other? What necessary information would you need to determine why one of these animals (the fox) tends to always come out on top when in some other scenarios the obvious result does not turn out as expected? Fully explain your rationale. Identify a different real-world situation and interpret the results of the outcome. Were the results expected? Fully explain your rationale.
Domestic chicken evolved by artificial selection and therefore they are less adapted to survive in nature where prey populations coexist with the predators (like the fox).
Explanation:
Commercial chicken (<em>Gallus gallus domesticus</em>) is the result of the artificial selection exerted by early farmers in China 8,000 years ago. Artificial selection is aimed at benefiting one or more particular traits in detriment of others. Domestic chickens were selected by humans to produce fast-growing meat animals in detriment of traits found in wild progenitors of modern chicken. In consequence, the processes of artificial selection result in a loss in genetic diversity in traits that are not being selected including, for example, phenotypic characteristics associated with the ability to avoid predators.
The answer to this question is the term Gross Anatomy. The Gross Anatomy is also known as topographical anatomy which is the study of large body structures at the macroscopic levels. Gross anatomy deals with body structures that with minimal magnification because it is seen by the naked eye.
The chemical compound used as energy in the plant is Glucose. Glucose is the plants form of sugar aka food. The plant uses glucose to grow. Hope this helped. Please mark brainiest
Cellular respiration and photosynthesis are essential to the carbon cycle because cellular respiration involves the intake of oxygen o2 and the exhale of carbon-dioxide co2 into the atmosphere. Where photosynthesis uses the carbon dioxide and water to create oxygen and sugars through energy to repeat the cycle. Respiration in general is a process where carbohydrates are turned into dihydrogen monoxide or water and co2(carbon dioxide). Living organisms together throughout the biosphere and atmosphere work together to continue this because carbon itself is an organic substance.
