Homologous organs are anatomical structures found in different species that share a common evolutionary origin. Despite their structural similarity, these organs often perform different functions in each species. This concept is a core principle in evolutionary biology, suggesting a shared ancestor among the species possessing homologous structures.
To identify homologous organs, consider the following characteristics:
In conclusion, among the given options, homologous organs are best described as similar in structure and different in functions, indicating a shared ancestry but diverse functional evolution.
Homologous organs are organs that have similar structures but may have different functions. These organs share a common evolutionary origin, even though they may serve different purposes in different species. For example, the forelimbs of humans, bats, and whales are structurally similar but have different functions—human arms, bat wings, and whale flippers serve different roles despite having similar bone structures.
Thus, the correct answer is: (2) Similar in structure and different in functions.
Rearrange the following parts to form a meaningful and grammatically correct sentence:
P. that maintaining a positive attitude
Q. even in difficult situations
R. is essential for success
S. and helps overcome obstacles effectively
Rearrange the following parts to form a meaningful and grammatically correct sentence:
P. a healthy diet and regular exercise
Q. are important habits
R. that help maintain good physical and mental health
S. especially in today's busy world