<span>Eric Foner believed that freedom is an effective theme
to focus on in the study of American history because of what happened in the
past during the American civil war the nation faced many controversial issues
such as slavery. Because one of the problems of this American period was
slavery. Furthermore, over three million African-Americans were slaves in the
South and this means that they worked for other people but had no freedom and
received no money for their work.</span>
Answer:he Qing Dynasty was the final imperial dynasty in China, lasting from 1644 to 1912. It was an era noted for its initial prosperity and tumultuous final years, and for being only the second time that China was not ruled by the Han people.
Near the end of the Ming Dynasty in 1616, Manchurian forces from northeastern Asia defeated the Ming army and occupied several cities on China’s northern border.
A full-scale invasion followed. China was defeated in 1644, with Emperor Shunzhi establishing the Qing Dynasty.
Many of the new Han subjects faced discrimination. Han men were required to cut their hair in Mongolian fashion or face execution. Han intellectuals attempted to criticize the rulers through literature; many were rounded up and beheaded. Han people were also relocated from the power centers of Beijing.
Explanation:
Answer:
It will simply not provide any benefit for anyone, including himself.
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).
