Answer:
D.) The development of railroads.
Explanation:
Railroads provided fast and easy travel like never before in this time period. So this seems like the best answer.
(By the way you didn't give the chart so I'm sorry if I got this wrong.)
Answer:
Turn-Taking
Explanation:
Overlap happens when both speakers speak at the same time without any of them giving up the floor.
Turn-taking is when a. conversation is. carried out without overlap. Here both the speaker and the listener takes turn to say what they have in mind.
Here, one is the speaker when he is speaking, once He is done and the other person takes over the discussion, He becomes the listener.
This is to facilitate an agreeable level of communication where both parties get to hear the other person out and understand their point of view.
Adults need to encourage turn-taking in children to enable them learn the difference between the speaker and listener.
Answer:
-False
-They earned the respect of the chinese by upholding confucian beliefs
-Using the Chinese social structure
Explanation:
The Manchus took over china and created the Qing Dynasty. The Manchu who are also called Man are descended from the group called Tungu and they lived adjacent China in prehistoric times. In the 17th century, the Manchus conquered China and ruled for over 250 years. Also associated with the Jin dynasty, today they are an ethnic minority in China.
Hi! If you could mark me brainliest that would be awesome!
But back to answer when I researched it showed up as Sir George Calvert which may be same as one of answers. I would double check with your teachers. Hope this helps!
Answer:
4, Chromosomes are found in the nucleus.
Explanation:
- The chromosome is a DNA molecule that is part of the genetic material and includes the packages proteins and are composed of the chromatic fiber which is made of nucleosomes as examples of the red blood cells.
- The chromatin allows the long DNA molecules to fit into the cell nucleus. It can visible under a microscope and consists of 46 chromosomes are arranged in 23 pairs in humans.