Answer:
Following are the code to this question:
import math# import math module
def RaiseToPower(): # defining a function RaiseToPower
r= math.pow(2,1/12) # defining r variable that calcualte the decimal point value.
return r # return r variable value.
f0= float(input()) #defining f0 variable that hold input frequency .
for n in range(0,5):#defining for loop to count all frequency
fn = f * math.pow(RaiseToPower(),n) # defining fn variable that calls method RaiseToPower and multiply the value by frequency
print(fn,end=' ') # use print method to prints all five frequency
Output:
440
440.0 466.1637615180899 493.8833012561241 523.2511306011974 554.3652619537443
Explanation:
Description of the above python code can be defined as follows:
- In the above code first we import the package of the math module for converting frequency, after importing package a "RaiseToPower" method is declared, inside the method r variable is declared, that counts decimal value and return its value.
- In the next step, "f0" a frequency variable is declared that input a value from the user and defined a for loop to in the loop fn variable declared, calls the method and pass its input value and stores its decimal points and at the last print its value.
Because electricity powers everything , electricity can do anything
The answer would be Mesozoic.
HOPE THIS HELPS YOU! ^_^
almost everywhere else I've found this question the answer was false so i hope that helps.
Answer: Buffered
Explanation: Buffered memory is the memory contains registers between the modules of dynamic random access memory(DRAM).It is also known as registered memory. The purpose of using buffered memory to increase the stability and decrease the electrical load.
Other options are incorrect because ECC(error correcting code)memory is for correction and detection of incorrect data, non- parity memory is that don't utilize ECC module and multi-channel used for the increment in the rate of transmission between memory controller and DRAM.
Thus,the correct option is option buffered memory because of serial communication pattern with memory controller and parallel communication technique with chips .
