Answer:
Hi!
The correct answer is the a.
Explanation:
The Moore's law is an a empirical law that Gordon Moore predicted doing some observations about how the density of the transistors on a integrated circuit was increasing over time.
For example, this law state that if you have an integrated circuit with: 1000 transistors in 1980 then in 1981 and six months later you will have the same integrated circuit with 2000 transistors, and so on..
- Jan 1980: 1000 transistors.
- Jul 1981: 2000 transistors.
- Jan 1983: 4000 transistors.
- Jul 1984: 8000 transistors.
And that's the reason because its cost will fall too.
Question↓
You are purchasing a new printer. Which of the following is the most important requirement?
Answer↓
A. Is the printer compatible with your computer's operating system?
If The Printer is Not Compatible With your Computer you will not Be able to Use Therefore, you Will have to buy a New One.
xXxAnimexXx
Hope this Helps! ^ω^
The application is electricity in the home. Every light bulb, appliance,
and wall-outlet in your house is in parallel with all the others.
If any electrical devices in your house were in series, then whenever
you turned any of those off, they would ALL go off.
Also, the ones that needed the least power, like a night light, would get
the most, and the ones that needed the most power, like the refrigerator,
would get the least.
Answer:
C
Explanation:
A ends the whole html stuff
B starts a link
D is just the file extension for html files
Answer:
1 PROCESSOR :
(1 × 2.56 × 10^9) + (12 × 1.28 × 10^9) + (5 × 2.56 × 10^8) / 2 GHz = 9.6 s
2 PROCESSORS :
(1×2.56×10^9)+(12×1.28×10^9)/0.7×2 + (5 × 2.56 × 10^8) / 2 GHz = 7.04 s
Speed -up is 1.36
4 PROCESSORS :
(1×2.56×10^9)+(12×1.28×10^9)/0.7×4 + (5 × 2.56 × 10^8) / 2 GHz = 3.84 s
Speed -up is 2.5
5 PROCESSORS :
(1×2.56×10^9)+(12×1.28×10^9)/0.7×8 + (5 × 2.56 × 10^8) / 2 GHz = 2.24 s
Speed -up is 4.29
Explanation:
The following formula is used in this answer:
EXECUTION TIME = CLOCK CYCLES / CLOCK RATE
Execution Time is equal to the clock cycle per clock rate