The large extracellular area outside of the bone cells is called the:
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Ryan is a young teen who has constant access to the Internet. In what way is he likely to misuse this access?A.by reading books onlineB.by chatting with friendsC. by downloading violent or sexual contentD. by not allowing his parents to use media
When does personal information often need to be entered online?when conducting an Internet searchwhen watching streaming videoswhen downloading free softwarewhen gaining access to a website
A properly made and cooled solder joint will have the solder
On what topic would an environmental psychologist most likely do research?A) research on teaching and learning B) how to prevent mental health issues by identifying high-risk groups in the community C) how to pick a sympathetic jury D) how room arrangements influence behaviors
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A. ocean temperatures declining
B. sea levels rising
C. rise in the number of environmental
refugees
D. spread of tropical disease
E. ocean acidification
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Answer:
Rise in the number of environmental refugees
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Answer:
25%
Explanation:
B) Northwest and Northeast.
C) Midwest and Northeast.
D) Southeast and Midwest.
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Reasons why the others are incorrect:
A. Too general/broad
B. Totally excludes the south, which is famously known for being segregated, while the north was normally more integrated
C. Includes the more integrated northeast.
Answer: D Southeast and Midwest.
Explanation: have a good day :)
(B) sales data of American publishers from 1820 to 1860.
(C) attending a dedication ceremony of a public monument in the 1850's.
(D) attending symphonic concerts in the 1850's.
(E) an analysis of "Out of the Cradle Endlessly Rocking."
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r ≈ -0.00105
To calculate the population growth rate (r) for Japan, we can use the following formula:
r = (birth rate - death rate + net migration rate) / 1000
Given the birth rate of 7.7 per thousand, the death rate of 9.8 per thousand, and the net migration rate of 0.55 per thousand, we can substitute these values into the formula:
r = (7.7 - 9.8 + 0.55) / 1000
Calculating the expression:
r = -1.05 / 1000
Simplifying the expression:
r ≈ -0.00105
Therefore, the population growth rate (r) for Japan is approximately -0.00105, indicating a slight population decline.
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Final answer:
To calculate the intrinsic rate of natural increase (r) for Japan, we use the formula r = Birth Rate + Migration Rate - Death Rate. Plugging in the given values, we get r = (7.7 + 0.55) - 9.8 = -1.55 per thousand. This indicates that Japan's population is decreasing at a rate of 1.55 per one thousand people annually.
Explanation:
To calculate the net growth rate or the intrinsic rate of natural increase (r) for Japan, we can use the given birth rate, death rate, and the rate of net migration. The formula is generally given as follows: r = (Birth Rate + Immigration Rate) - Death Rate.
In this case, the Birth Rate is 7.7 per thousand, the Death Rate is 9.8 per thousand, and net migration rate (which is equivalent to the Immigration Rate for this calculation) is 0.55 per thousand. Therefore, substituting these values into our formula, we get: r = (7.7 + 0.55) - 9.8, which simplifies to: r = -1.55 per thousand.
This means that Japan's population is decreasing at a rate of 1.55 per one thousand people each year when birth rate, death rate, and net migration are taken into account.
Learn more about Population growth rate here:
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