You start by transferring you un-used data to the secondary drive.
Answer:
-He has a lot of experience.
Explanation:
Bill has little experience and Sam has a decade of on the job training. Therefore Sam is more experienced
Answer: True A.
Explanation: Every app has or needs a program
By demmaku :v
Answer:
Following are the code to this question:
def binarynumber(num):#defining a method binarynumber that accepts a parameter num
x=""#defining a string variable x
if (num!=0):#defining if condition to check number not equal to 0
while (num>=1):#defining a loop that check value is grater then equal to one
if (num %2==0):#defining if condition to check num is even
x=x+"0" #add string value 0 in num variable
num=num/2 #divide the value by 2
else:#defining else block
x=x+"1"#add string value 1 in num variable
num=(num-1)/2#first subtract 1 into num variable then divide the value by 2
else:
x="0"#assign string value 0 in num variable
return "".join(reversed(x))#return value
num = int (input ("Enter any number: "))#defining num variable that input the integer value
print (binarynumber(num))#using print method to call method binarynumber with passing num parameter
Output:
Enter any number: 12
1100
Explanation:
- In the above python code a method "binarynumber" is declared, in which the "num" variable passes as the parameter inside the method a string variable "x" is declared that stores all converted values.
- Inside the method and if the block is declared that checks number value is not equal to 0 if this condition is false then it will add string value and reverse its value.
- Or if the condition is true it defines a while loop that calculates the given number binary digits and returns its value.
- At the last step, the num variable is declared that inputs the integer value from the user end and calls the method by using the print method.
Answer:
3. ReFS
Explanation:
Only in ReFS include and others do not have all of the below features
1. Automatic integrity checking and data scrubbing
2. Removal of the need for running chkdsk
3. Protection against data degradation
4. Built-in handling of hard disk drive failure and redundancy
5. Integration of RAID functionality
6. A switch to copy/allocate on write for data and metadata updates
7. Handling of very long paths and filenames
8. Storage virtualization and pooling
