Answer:
Explanation:
Easy peasy lemon squeezy
print: ("hey how are you why are you what are you")
print: ("1,2,3:"):
eif: ("1"):
print: ("nothing")
eif: ("2"):
print: ("Well i am doing this")
eif: ("3):
print: ("watched pewdiepie")
Answer:
In RAID 2 Hamming Code ECC Each piece of the information word is kept in touch with an information plate drive . Every datum word has its Hamming Code ECC word recorded on ECC circles. On Read, the ECC code confirms the right information or revises the single plate blunders.
Strike Level 2 is one of the two innately equal mapping and assurance strategies characterized in the Berkeley paper. It has not been broadly sent in the business to a great extent since it requires an extraordinary plate highlights. Since plate creation volumes decides the cost, it is increasingly practical to utilize standard circles for the RAID frameworks.
Points of interest: "On the fly" it gives information blunder amendment. Amazingly high information move rates is possible.Higher the information move rate required,better the proportion of information circles to ECC plates. Moderately basic controller configuration contrasted with the other RAID levels 3,4 and 5.
Impediments: Very high proportion of the ECC plates to information circles with littler word sizes - wasteful. Passage level expense are extremely high - and requires exceptionally high exchange rate prerequisite to legitimize. Exchange rate is equivalent to that of the single plate, best case scenario (with shaft synchronization). No business executions can't/not industrially suitable.
Answer / Explanation:
Coordination numbers, grain growth in ice, and till deformation.
The Web of Science lists 5 papers that Dr. Alley helped write and that have 1986 publication dates. Dr. Alley was studying why some parts of the Antarctic ice sheet move rapidly, and helped learn that deformation of a special type of mud beneath, called till, was involved. He also was studying the physical properties of ice cores, including why and how some crystals or grains in the ice get bigger over time. Some of the physical properties of the ice cores are related to how many different grains are touching each other, which is the coordination number.
Later, Dr. Alley used his knowledge of physical properties in ice to learn how old ice cores are, and to help learn about climate history from them. The other possibilities listed are all things that he studied, some rather closely related, but that were not published in 1986.
Answer:
Written using Python 3:
<em>num1 = int(input("Enter first value: "))
</em>
<em>num2 = int(input("Enter second value: "))
</em>
<em>
</em>
<em>finalResult =(num1+num2) / 3
</em>
<em>print("Answer is: ", finalResult)</em>
<em />
INPUT:
Enter first value: 4
Enter second value: 5
OUTPUT:
Answer is: 3
Explanation:
First step is to declare the variables:
Second is to ask for an input:
- input("Enter first value: ")
Then we need to convert them into integers by encapsulating the line above inside int(). This is a requirement before you can do any mathematical operations with the given values.
- num1 = int(input("Enter first value: "))
Next is to calculate:
- <em>finalResult </em><em>=(num1+num2) / 3
</em>
- Here we first add the values of num1 and num2, <em>then </em>divide the sum by 3.
And to test if the output is correct, let us print it:
- <em>print("Answer is: "</em><em>,</em><em> </em><em>finalResult</em><em>)</em>
- print() - when used for strings/texts, use quotation marks like: "text here"
- but when used to print variables and numbers (integers, floats, etc), there is no need to enclose them with quotation marks.
- to concatenate string and an integer (in this case the variable finalResult), simply add a comma right after the string.
<em />
