There is more of a variation in temperatures in cities that are on the coast is ability of water to absorb and release heat. Thus, the correct option is D.
<h3>
Why are the most extreme temperatures experienced inland away from the coast?</h3>
Because rock and soil have a smaller heat capacity than water, temperature variance is greater in inland places. As a result, land areas lose and absorb heat at a far faster rate than coastal areas.
Because rock and soil have a smaller heat capacity than water, temperature variance is greater in inland places. As a result, land areas lose and absorb heat at a far faster rate than coastal areas. Humid continental climates and subarctic continental climates are two types of continental climates.
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Answer:
True.
Explanation:
Earthquake proof buildings are those which have the ability to stand during an earthquake. Shock absorbers that is present between the building and the ground motion, able the building to remain upright during an earthquake. The shock absorbers has the ability to absorb all the disturbance produced in the building and for that purpose the building is safe.
The table is not found here but recommended protein daily intake ranges from 10% to 38% of consumed calories.
<h3>What are proteins?</h3>
Proteins are fundamental macronutrients required for diverse physiological functions (e.g., biochemical reactions, structural functions, pH balance, etc).
Proteins provide approximately 4 calories per gram (in a similar manner to carbohydrate macronutrients).
In conclusion, the table is not found here but recommended protein daily intake ranges from 10% to 38% of consumed calories.
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Answer:
Symbiosis or Mutualism: When two species live together in a close association that is helpful to both species, the relationship is known as symbiosis. The oxpecker bird and the rhinoceros exhibit this relationship. The oxpecker receives protection and obtains food from the ticks and other pests infesting the rhino’s skin.
Explanation:
T4 protein and T4 DNA will be in the experimentally constructed bacteriophage composed of the T2 phage protein coat and T4 phage DNA.
Explanation:
The virus infecting bacteria are called as bacteriophage. The virus overtakes the machinery of the host bacterium, shed its protein coat and replicates, in the ends lyses to produce many viruses.
The experimentally constructed phage will have DNA and protein coat same as phage because protein coat is translated from the gene present in viral genome.
In lytic or lysogenic cycle the virus after replicating forms protein coat to protect itself
In the transcription process of virus, the components for viral assembly is synthesized and ultimately translated. The virion assembly takes place. Thus, the protein coat and DNA will be of same phage.
