Answer:
The battery is going bad.
Explanation:
The mobile phone's back case becomes hotter as compared to the normal, as well as the device battery begins to draining its power even faster than normal. That consumer also examined against threats, removed unnecessary applications as well as reduced the phone's brightness amount, but perhaps the problems continue because the following handset battery remains dropping badly.
So, the following answer is correct according to the given scenario.
The remaining options are incorrect because the following option is suitable for the draining problem of the device.
<span>It is an example of an assistive output device. These are an example of assistive technology, which is any technology optimized to help the user mitigate the aspects of a disability. This may enable them to use the technology as intended, or it may also assist them in functioning in their everyday lives.</span>
Answer:
#Section 1
lst= []
lstNo=int(input("Enter even number of elements in List: "))
for i in range(0, lstNo):
pr=int(input(": " ))
lst.append(pr)
print(lst)
#Section 2
nlst=[]
dlst=[]
n =len(lst)
i=0
while (i < n/2):
nlst.append(lst[i])
i = i+1
j = n-1
while j >= n/2:
dlst.append(lst[j])
j = j-1
dlst.sort()
for a in range(len(dlst)):
nlst.append(dlst[a])
print(nlst)
Explanation:
#section 1:
An empty list is declared to hold the list inputs by the user <em>lst= []
</em>
The program then prompts the user to enter an even number of elements that will be contained in the list.
The for loop is used to iterate from zero(0) to the number of elements stated, in order to get the input that is appended to the list.
lastly, the list is printed out.
#Section 2:
In this section two new lists are created to hold one half of the value respectively.
The first list collects the first half of the list using a while loop and stores it, it does not perform any sorting on it.
The second list collects the second half using a while loop and sorts the list using the<em> .sort() </em>method which arranges elements in an ascending order.
Finally, the second list that has been sorted is added to the first and the result is printed to the screen.
A picture of how the code will run has been attached.
Answer:
- The leftmost 1 in 101 gives the 4.
- 1 in 101 (using binary system) gives the bits that must be counted to make a decimal number.
Explanation:
While working on binary system, we represent the decimal digits (0-9) by using only two digits 0's and 1's. They are written by dividing the decimal digit by 2 and then recording the remainder bits in reverse order.
As given in the question 5 is represented in binary as 101.
Now converting binary to decimal:
- The bits of binary number are multiplied by increasing powers of 2 (starting from the right) and added to get decimal value.
- So the binary number 101 will be interpreted as:
- So the leftmost 1 will show the presence of 4.
- 1 in the number 101 shows which bits will be weighted to give the required value.
i hope it will help you!