Examples of Red Cloud in the following topics:
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- The Fort Laramie Treaty of 1868, signed with the US by Lakota and Northern Cheyenne leaders following Red Cloud's War, set aside a portion of the Lakota territory as the Great Sioux Reservation.
- When a commission approached the Red Cloud Agency about the possibility of the Lakota signing away the Black Hills, Colonel John E.
- In May 1875, Sioux delegations headed by Spotted Tail, Red Cloud, and Lone Horn traveled to Washington, D.C. in an eleventh-hour attempt to persuade President Ulysses S.
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- Led by resolute, militant leaders such as Red Cloud and Crazy Horse, the Sioux excelled at high-speed mounted warfare.
- The Fort Laramie Treaty of 1868, signed with the United States by Lakota and Northern Cheyenne leaders following Red Cloud's War, set aside a portion of the Lakota territory as the Great Sioux Reservation.
- In May 1875, Sioux delegations headed by Spotted Tail, Red Cloud, and Lone Horn traveled to Washington, D.C., in an eleventh-hour attempt to persuade President Ulysses S.
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- Clouds in the sky and any light (natural sunlight or man-made light) can prevent the possibility of seeing the aurora from the ground.
- Oxygen emissions are green or brownish-red, depending on the amount of energy absorbed.
- Oxygen is unusual in terms of its return to ground state: it can take three-quarters of a second to emit green light and up to two minutes to emit red.
- This is why there is a color differential with altitude: at high altitudes, oxygen's red emissions remain; then, oxygen's green emissions and nitrogen's blue and red emissions; and finally, only nitrogen's blue and red emissions are left, because collisions prevent oxygen from emitting any light at all.
- Green is the most common color of all auroras, followed by pink, a mixture of light green and red, pure red, yellow (a mixture of red and green), and pure blue.
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- The atomic radius of a chemical element is a measure of the size of its atoms, usually the mean or typical distance from the nucleus to the boundary of the surrounding cloud of electrons.
- Red numbers are ionic radii of cations, black numbers are for neutral species, and blue numbers are for anions.
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- A Ming Dynasty red lacquer box with intricate carving of people in the countryside, surrounded by a floral border design.
- A blue and white porcelain vase with cloud and dragon designs, marked with the word "Longevity," Jiajing period of Ming Dynasty
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- Outliers in regression are observations that fall far from the "cloud" of points.
- (3) There is one point far away from the cloud, and this outlier appears to pull the least squares line up on the right; examine how the line around the primary cloud doesn't appear to fit very well.
- (4) There is a primary cloud and then a small secondary cloud of four outliers.
- There might be an interesting explanation for the dual clouds, which is something that could be investigated.
- You will probably find that there is some trend in the main clouds of (3) and (4).
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- Drought
and massive wind storms that threw up giant clouds of dust continued throughout
the 1930s, leading to the period being called “the Dirty Thirties.”
- In 1934, an estimated 75% of the United
States felt some effect from the storms, including New England, where red snow
fell.
- As the
1930s progressed, the soil continued to dry, turn to dust and blow eastward and
southward in large, dark clouds.
- At times, these clouds blackened the sky,
reaching all the way to East Coast cities such as New York and Washington, D.C.
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- As a result, a negative charge cloud develops in the electrolyte around the cathode, and a positive charge develops around the anode.
- Two mnemonics for remembering that reduction happens at the cathode and oxidation at the anode are: "Red Cat" (reduction - cathode) and "An Ox" (anode - oxidation).
- Chlorine gas on the other hand is much more likely to be reduced under normal conditions, as can be inferred from the value of $E_{red}^0 (V)$= +1.36 V in the table.
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- The solid produced is held together by electrostatic interactions between the ions and the electron cloud.
- Because outer electrons are less affected, blue-light absorption is increased, resulting in enhanced reflection of yellow and red light.