If you could double check my answer
that would be awesome :)
which of the following is not part of the theory of evolution?
Organisms tend to produce more offspring than can survive to reproductive age **
Organisms can acquire changes during their lifetime that can help their species survive
Organisms that do not survive to reproduce do not pass on their traits
Organisms have variations in traits within a population
Right.
Thank you!!
You are welcome.
To double-check your answer, let's go through each option one by one.
Option 1: "Organisms tend to produce more offspring than can survive to reproductive age."
This statement is indeed a part of the theory of evolution. It reflects the concept of natural selection, where organisms produce more offspring to increase the chances of some surviving and passing on their traits.
Option 2: "Organisms can acquire changes during their lifetime that can help their species survive."
This statement is also a part of the theory of evolution. It refers to the idea of Lamarckian inheritance, where an organism's acquired traits during its lifetime can be passed on to its offspring. However, this concept has been largely discredited and is not considered as a significant mechanism in modern evolutionary theory.
Option 3: "Organisms that do not survive to reproduce do not pass on their traits."
This statement is a part of the theory of evolution. It encompasses the principle of natural selection, where individuals that are not fit enough to survive and reproduce do not pass on their traits to the next generation.
Option 4: "Organisms have variations in traits within a population."
This statement is also a part of the theory of evolution. It is one of the fundamental principles of evolution, highlighting that within a population, individuals exhibit a range of heritable variations in traits. Natural selection acts upon these variations to drive the evolution of populations over time.
Based on this analysis, it seems like the correct answer to the question is Option 2: "Organisms can acquire changes during their lifetime that can help their species survive."