Answer:
Explanation:
The results would be exactly the same. We have learned little about authority and when to oppose it.
I'll give you an example. Last night I was in a restaurant like Taco Bell or Subway. Across from me was a girl with an ordinary backpack which was all I could see. It was quite common to see that in the University District where I was. I paid no attention until two policemen came in (both over 200 pounds -- she was tall but could not have been more than 130) and began arrest procedures. She started shouting very foul language but otherwise did not resist. They put handcuffs on her wrists which were behind her back. Again she she used profane language only screaming that they were hurting her. It took the one police officers a moment to find his key and loosen the cuffs, which he did, but she was still uncomfortable and cursing.
She was silent as they took her out. Nobody questioned the incident at all. Do you think Dr. Millgram would recognize this as an example of his theory? I'm sure he would. Trust me, this was not staged. There was a 3rd officer who drove the girl and one of the 2 arresting officers away.
Answer:
<h2>The TCP/IP model consists of four layers: application, transport, internet, and network access. Of these four layers, it is the internet layer that is responsible for routing messages.</h2>
Answer:
0.127 miles ; 5.458 *10^8 miles
Explanation:
Number of bytes needed to store a page = 2000
Number of pages (Harry Potter's book) = 800
Total memory required to store entire book = (2000 * 800) = 1600000 = 16 * 10^5 bytes
Hence,
1 byte of memory will store : (height of each book / memory size of each book)
= 3 ÷ 16 * 10^5
= 1.875 * 10^-6
For 32 bit memory space :
(1.875 * 10^-6 * 2^32) = 8053.06368 inches
1 inch = 1.578 * 10^-5 mile
8053.06368 inches = 8053.06368 * (1.578 * 10^-5) = 0.1270773448704 miles
= 0.127 miles
For 64 bit memory size :
(1.875 * 10^-6 * (2^64)) = 3.45876 * 10^13 inches
(3.45876 * 10^13) * (1.578 * 10^-5)
= 5.458 *10^8 miles
Answer:
d. EEPROM
Explanation:
EEPROM stands for Electrically erasable programmable read-only memory which is characterized as a non-volatile working memory chipset capable of storing information and distaict on terms of its stability and data retention capability. EEPROM's are very advantageous and provide several up features than most other chipset. The retention ability of information on EEPROM'S such that initial content remains intact while writing even when power is removed. Other memory types mentioned also have their own features, however. EEPROM best suits the description.
