Answer:
A
Explanation: bc it has more stuff to hit
The wave with the longest wavelength will probably be diffracted the most. This is because diffraction, or the bending of waves around obstacles, is closely related to the wavelength of the wave. The longer the wavelength, the more a wave tends to diffract.
The wave that will probably be diffracted the most is a. the wave with the longest wavelength. Diffraction is the bending or spreading of waves as they encounter an obstacle or gap. This concept is closely related to the wavelength of a wave, which is the distance between one wave crest and the next. The longer the wavelength, the more a wave tends to spread out or diffract around obstacles. This is why low-frequency sound waves (which have long wavelengths) can easily be heard around corners, but high-frequency light waves (with their shorter wavelengths) are largely blocked by obstacles.
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Answer: I assume you meant biologist in this situation. A biologist is a type of scientist that studies living things, their environments, and how they live. Many different types of biologists exist, including research biologists, health care biologists, environmental biologists and biology educators. When it comes to research biologists they study different groups of living organisms around the world. Health care biologists are physicians, veterinarians, nurses and dentists. These types of biologists prevent spreading of infectious and deadly diseases and formulate ways to enhance the health of their patients. Biology educators teach students and up-and-coming biologists basic and sometimes advanced biological sciences in classroom, laboratory and field settings. Environmental biologists study ways to preserve the natural environments of different types of organisms. If you need an example they study animals in captivity and design new methods to help certain species live longer lives in their natural habitats.
Explanation: Hope this helps.
likely cause of the problem?
O A. toxic waste spilled during accidents on the
road
B. runoff of oil and other chemicals from the
road
C. wastewater from the city across the
freeway
O D. Any or all of the above could be causing
the problem.
Answer:
D. Any or all of the above could be causing the problem.
Explanation:
Pollution has been said to have adverse effect on living organisms. In this question, a decrease in number of intertidal organisms has been observed. Since a major freeway runs along a stretch of the ocean shore, the most likely cause of the death of the intertidal organisms is the release of any form of toxic waste into the water body.
Oil pollutants causes death of living organisms by hindering the entrance of oxygen into the water body. It makes it difficult for oxygen, which is a requirement for life, to penetrate the water body. Hence, living organisms in the water body will suffocate and die.
Toxic wastes also causes the death of organisms when ingested in excess. Waste water causes deterioration in the oxygen content of the water body. Hence, any or all of the above options can likely cause the reduction in number of the intertidal organisms.
Answer: C) Its tail may have thinner fur.
Adaptation is the change or alteration in the organism which imparts changes in the structure, physiology and behavior of the organism. These changes allows the organism to survive in the drastic environmental conditions.
In the given situation, artic fox being living in the cold environment Its tail may have thinner fur. is the correct type of adaptation which may allow the artic fox to survive in changing environmental conditions due to global warming. As, global warming may cause change the climatic conditions of the artic regions. The thin fur may allow the loss of heat during summer conditions.
B. Decreased evaporation
C. Increased percolation
D. Increased precipitation
An increase in the temperature of oceans will result in an increased precipitation, the correct option is D.
Precipitation is any outcome of the condensation of atmospheric water vapor that tends to fall underneath the gravitational pull of clouds.
The most popular examples of precipitation are torrential rain, rain, snowstorms, snow, ice pellets, graupel, and hail.
Precipitation is the result of an increase in the temperature of ocean, as the temperature increases, it will cause the increased evaporation and will leads to an increased precipitation.
Thus, the correct option is D.
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Answer:
D increased precipitation
Explanation:
Answer:
Carbon is one of the elements that contribute to the greenhouse gases that are blamed for many disruptions of weather patterns and wildlife habitats.
Explanation: Carbon is the main component of greenhouse gas i. e. carbondioxode gas which is emitted from vehicles goes up into the atmosphere and form a layer in the atmosphere and cause in the increase of global warming and change the weather of many areas and disturb the habitat of wildlife.
B. The lithosphere is denser than the asthenosphere.
C. The asthenosphere is denser than the lithosphere.
D. The lithosphere has the same density as the core.
Answer:
A
Explanation:
Isostatic equilibrium is used to state why some regions of the lithosphere have greater elevation than others. The crust ‘floats’on the‘liquid’ mantle below and different regions of the crust submerge into the mantle differentially depending on their local densities or weight. Heavier regions such as in mountainous region (like the Himalayas) are sunken deeper into the mantle that other regions. Every local region has its own local isostatic equilibrium.
Answer:
The correct option is Option C
i.e. Asthenosphere is denser than lithosphere.
Explanation:
Asthenosphere is the layer situated below the lithosphere.
Theory of isostasy says that the layers above the other layer must have lesser density. This has two explanations. Firstly, if its not hold, then the denser above layer would sink below the less denser bottom layer. Secondly, as we go inwards, the pressure increases. This leads to the lower layers have greater density. So, as Asthenosphere is situated below the lithosphere, it has higher density.