Which force is responsible for waves and surface currents? a. heat
b. friction
c. gravity
d. pressure

Answers

Answer 1
Answer: Ocean tides are caused by the gravitation of the Moon. Currents can beformed by the flow of tidal water around the continental plates, or by adifference in water temperature between large ocean areas. Surfacewaves are caused by the wind. Abnormal waves can be created by thetectonic movement of plates around and under the ocean floor (tsunamis).So as you can see, the answer is (C) Gravity

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Which of the following is an example of holoplankton?a. crustaceans
b. fish
c. krill
d. sea urchins

Answers

Answer:

The answer is C. Krill.

Explanation:

Took the Module 1 Exam.

The answer is C because plankton is usually small minerals, eaten by whales and other aquatic creatures, and whales eat krill.

Question 1 (1 point)The atlas would fall into which category of bones?
a. Short
b. long
C. irregular
d. flat

Answers

Answer:

Flat

Explanation:

The atlas is one of the two upper cervical vertebrae, also known as C1, which is the topmost vertebra of the spinal column. ... It is the vertebra that is in contact with the occipital bone, a flat bone located at the back portion of the head.

How are structure and function related to adaptation?

Answers

Adaptations arethe result of evolution in different living organisms. This process occurs amazinglythrough gene mutation but it takes a very long period in time. Adaptation processesoccur to help species survive and thrive in the ecological balance of life.Structural adaptations are physical features of an organism that adapted throughtime. An example of this are the bills of a bird and the fur of bears that theygenerally need for their survival; birds for hunting, and bears to protect themfrom low climate areas.

Functional orBehavioral adaptations refer to particular things that an organism or organismsdo to survive. In the example above, behavioral adaptations that birds do isthrough certain bird calls and migration, while bears hunt during warmerseasons and hibernate during winter season. 

Final answer:

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.

Explanation:

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.

Learn more about Structure-function relationship in adaptation here:

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A student encounters a plant bearing small, purple flowers in the wild. The size of the flowers and the purple color are determined by two separate genes. The genes for both small size (S) and purple color (P) are dominant to large size (s) and white color (p), respectively. The student wants to determine the genotype of the newly isolated plant. Crossing to which of these plants would provide the most information in one generation? A. SSPP
B. SsPp
C. sspp
D. SSpp

Answers

Answer:

C. sspp

Explanation:

  • Crossing a plant of an unknown genotype with the one that is homozygous recessive for that gene is useful for revealing the unknown genotype and this is known as a testcross.
  • The result of the test cross can reveal whether the organism's genotype.
  • If the offspring of the cross shows dominant phenotype then the parent must be homozygous dominant and if the offspring shows recessive phenotype then the parent must be heterozygous.

Answer:

The answer is C.

Explanation:

A similarity between humans and many other multicellular animals is that they

Answers

they are both composed of organs systems
They are both heterotrophs and multicellular

Example of oxidation in daily life

Answers

The oxidation reduction reaction actually refers to two chemical ,the most common and most important chemical reactions in everyday life.