The Mystery of Life's Beginning: Exploring the Origins of Complex Chemicals
Question:
How, in the vast ocean, did a handful of new molecules and compounds get together to form the more complex chemicals that led to life?
That's the question Hazen is working on now.
Which of the following describes the relationship between these two sentences?
A) The second sentence shows the effect of the first sentence.
B) The second sentence adds information to the first sentence.
C) The sentences argue about a topic.
D) The sentences make a comparison.
Answer:
Final answer: The second sentence adds information to the first sentence.
Explanation:
The relationship between these two sentences is that the second sentence adds information to the first sentence. In the first sentence, the author asks how new molecules and compounds came together to form complex chemicals that led to life. In the second sentence, it is stated that Hazen is currently working on answering that question. The second sentence provides additional information about the ongoing research being conducted by Hazen.
Life's origin remains one of the greatest mysteries in science. Scientists have been tirelessly working to uncover the secrets of how life began on Earth. One of the key questions that researchers like Hazen are exploring is how simple molecules in the primordial ocean evolved into the complex chemicals necessary for life to emerge.
Through experimental studies and theoretical modeling, scientists are piecing together the puzzle of abiogenesis, the process by which life arises from non-living matter. Understanding how molecules interacted and combined to form the building blocks of life is crucial to unraveling the origins of life on our planet.
Hazen's work sheds light on the remarkable transformation that took place billions of years ago, leading to the emergence of life as we know it. By studying the intricate processes involved in the formation of complex chemicals, scientists are gaining valuable insights into the early stages of life's evolution.
As researchers continue to investigate the mysteries of life's beginnings, new discoveries and breakthroughs are helping to piece together the story of how life arose from the chemistry of the ancient Earth.