The 44th President of the United States, Barack Obama
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Answer: c) Be flexible during new situations.
Explanation:
According to the mentioned situation in question, Hailey should persist flexibility in the in her future plans and situation so that she does not face stress and difficulty in handling the plans.If she stays stiff and constant for only prepared situations then it will create issues for her if the change in situation occurs.Thus, flexibility in future situations should present in Hailey.
Other options are incorrect because guest list , neglecting commitments and opting representatives for the responsibilities are not the correct steps for planning the future situation. These all factors are required along with flexibility characteristic as it will helps the most. Thus,the correct option is option (c).
Parma and paincho are systems of cooperation because they both allow for social social interaction that allows individuals to cooperate in meeting each other's needs.
In short, parma and paincho mean "give and borrow (or borrow)." Paincho refers to goods and parma to services. they work in a society where people in need of a good (like food, clothing, money, etc.) or some service can ask these things from individuals who are not in need who can give or donate these factors or charge any cost or interest needy, just stipulating a date for the loan to be repaid.
Answer:
Option (A)
Explanation:
The Ultraviolet lights are referred to as electromagnetic radiation that is comprised of wavelength ranging from 10 nm to about 400 nm (nanometer). The wavelengths of these UV rays are comparatively shorter in comparison to the wavelength of the visible light.
On the other hand, the infrared lights are the radiations that are comprised of wavelength ranging from about 700 nm to 1 mm (millimeter). These infrared lights have a higher wavelength in comparison to the visible light.
Those lights that are comprised of wavelength higher and shorter than the visible light wavelength are not visible to the naked eye. Human eyes respond to the light only between red and violet light of the electromagnetic spectrum.
Thus, the correct answer is option (A).
