"The colonies were similar because they both contained people seeking new and better lives. ... The northern colonies were for mostly the middle class who could afford to live. Many people and immigrants came to America because they were poor and the most opportunities for jobs were in the south."
"The Middle colonies and New England had few slaves, while the southern colonies had africans as much of the population. Most southerners were poor men seeking work, while most northern immigrants were in the middle class. The colonies were similar because they both contained people seeking new and better lives."
I hope these help!:)
The correct answer to this open question is the following.
Although there are no options attached we can answer the following.
If I’m doing research on communication apprehension and I define high apprehension as someone who has at least 8 "ums," "uhs," or "ers" in a five minute period, I have created a(n): operational definition.
After doing part of your research, you will be able to get some definitions straight, created by yourself. In this case, you can come up with an operational definition. which means that you collect the proper data and define it in a clear, concise way. So your operational definition can express with clarity one of the objects of the study.
Afterimages is known to be the illusion that best illustrates the opponent process.
<h3>What is the opponent process?</h3>
Note that The opponent-process theory is most useful for telling an attribute of Afterimages
This theory states that opposing retinal processes (red-green, yellow-blue, white-black) helps to bring about color vision.
Therefore, Afterimages is known to be the illusion that best illustrates the opponent process.
Learn more about opponent process from
brainly.com/question/26428681
#SPJ11
Answer:
According to the nebular theory, the planet Jupiter would be, the most gaseous right along Saturn.
Explanation:
I'm not sure if you have answers or not but I believe it would be jupiter
Answer:
True
Explanation:
they are on Earth's surface. mass wasting. downslope movement of regolith and/or bedrock masses due to the pull of gravity or downward movement along a curved surface; active over periods of time, wave erosion.
