Answer:
true is the Answer for this question
Answer:
true
Explanation:
the answer is true
Because they contain chlorophyll, which absorbs wavelengths of light in the green range?
Because they contain chlorophyll, which reflects wavelengths of light in the green range?
Leaves are green because...
They contain chlorophyll, which reflects wavelengths of light in the green range. Why? Look below to find out!
It actually absorbs the red and blue wavelengths, so you know it's not A or B, while it reflects the green :D This is why you'll see the green color - Because it's reflected!
Hope this helps!
Indian
Southern
Pacific
Artic
Atlantic
The ocean that remain frozen accept for part of the year when the edge melt is : ( D ) Arctic Ocean
The arctic ocean stays frozen most times of the year until when the edge of the ocean melts. the artic ocean keeps the polar region of the earth cool and it remains frozen for up to 8 months of the year.
Hence we can conclude that the Ocean that remain frozen for most part of the year is Artic ocean.
Learn more about Arctic ocean : brainly.com/question/865273
Answer:
the answer is arctic
plzz mark me as brainliest
Answer:
Transport
Explanation:
Living organisms are characterized by essential day-to-day activities which they undergo to sustain their life. One of these life processes is called TRANSPORT, which involves the circulation and absorption of nutrients.
Transportation is a life process where substances synthesized or absorbed in one part of the body are carried to other parts of the body. This life process is important in plant and animals as it leads to movement of nutrient, water, mineral, gases etc. In humans, circulatory system is responsible for this process of transportation.
Answer:
Area
Explanation:
The structure of an organism or its part, directly influences its function, which is central to biological adaptation. Adaptation involves developing physical characteristics, which aid survival in specific environments. While analogous structures represent adaptation to similar environments, homologous structures indicate shared ancestry.
Structure and function are fundamentally related to adaptation in biology. Essentially, the shape or structure of an organism, or any of its body parts, directly relates to that part's function or purpose. This idea, called the structure-function relationship, is central to the concept of adaptation—the process by which organisms evolve physical characteristics that help them survive in their environment.
For example, consider the fins of whales and the wings of bats. Even though these animals differ significantly in many aspects, they both developed structures (fins and wings) that perform similar functions (swimming and flying), which are best suited to their specific environment. These analogous structures represent an adaptation to a common environmental condition, despite the lack of a close evolutionary relationship, and is known as convergent evolution.
On the other hand, homologous structures represent a shared ancestry. For instance, the grasping hands of humans and chimpanzees, which serve the same function, indicate a common ancestor. Despite their structural similarities, the ways these structures are used could vary, showcasing how different environmental conditions can drive variations in function and contribute to evolutionary divergence.
A prime example of the structure-function relationship—the hallmark of adaptation—is observed in the various beak shapes of finches. Different shapes serve different purposes or functions, permitting birds to make the best use of available food resources in their respective habitats.
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