Answer: the working poor
Explanation:
Jacob A. Riis was a journalist and he was also a social reformer. In the 19th century, he publicized the challenges that people faced with regards to housing and poverty.
He used his writing to expose the hardship that immigrants faced and the plight and poverty among them. He took photograph of their saloons, slums, etc that the working poor in New New York were faced with.
The other half” that Jacob Riis referred to in his 1890 book How the Other Half Lives were the working poor.
Answer:
the working poor
Explanation:
b. Stellar parallax was first observed by ancient Greek astronomers.
c. The amount of parallax we see depends on how fast a star is moving relative to us.
d. The closer a star is to us, the more parallax it exhibits.
e. It takes at least 10 years of observation to measure a star's parallax.
Answer:
c. The amount of parallax we see depends on how fast a star is moving relative to us.
Explanation:
The stellar parallax is obtained by a mathematical calculation, is a geometrical measure among the Earth and another star. For example, by now, it is known the distance from the Earth to the sun, so, is like this star can be observed by two eyes. The Earth and the Sun. If we joined the two lines from the Earth and the Sun too the star, it will form a triangle. With some calculation and the angle formed, it can be determined the distance to the star.
Hope it was useful.
The true statement is: the closer a star is to us, the more parallax it exhibits. Stellar parallax, the apparent shift of a star's position due to Earth's orbit, is used to measure star distances. The other options provided are not entirely accurate.
The correct statement about stellar parallax among the options given is d. The closer a star is to us, the more parallax it exhibits. Stellar parallax is the apparent shift of the position of a nearby star against the background of distant stars due to the orbit of Earth around the Sun. This method is used to measure the distances of nearby stars. The amount of parallax observed for a star decreases as the distance to the star increases. Thus, a closer star will have a larger apparent shift, or parallax, than a star farther away.
Options a, b, c, and e are not entirely correct:
a. Not all stars exhibit a noticeable parallax because some are too distant.
b. The concept of parallax was certainly known to ancient Greek astronomers, but precise measurements were not possible until modern times with more sophisticated technology.
c. The speed of a star relative to us has no effect on its parallax - it is entirely due to Earth's motion.
e. Parallax can be measured with less than a year of observation - what is needed is to observe the star from positions six months apart in Earth's orbit.
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Answer:
The answer is D. Babylon.
b. gases
c. basalts
d. silicates
Answer:
B
Explanation:
The answer on edg is absolute