Answer:
Explanation:
Binary and hexadecimal values have the following pair equivalences.
We convert from binary to hexadecimal selecting groups of 4 binary from the binary code, from the least significant bits(at the right) to the most significant bits(at the left). The conversion is an hexadecimal "string" from the last group you converted to the first. So:
(a) %100011100101
So
(b) %1011001111
Answer:
B) (x<=1)
Explanation:
Though this code given will run perfectly without any requirement of base case.But still we have to include a base case I will suggest (x<=1) because the value of x is decreased by one at each recursive call so it can handle it very well and it can handle negative values of x also if user enters it by mistake since factorial is for positive numbers only.
Answer:
Explanation:
n = eval(input('Enter # of number you want to enter: '))
list_=[]
for i in range(n):
number = eval(input("enter number: "))
list_.append(number)
if i == n-1:
maximum = max(list_)
minimum = min(list_)
print("maximum : "+str(maximum))
print("minimum : "+str(minimum))
Answer:
A. Ask for help from a co-worker. Maybe someone else can solve the algorithm problem.
Explanation:
You should talk to your coworkers. Many of them are experienced, and may have faced similar problems previously and knew how to solve. You trying alone will likely lead you nowhere, since a week is enough time to know if you can solve the problem by yourself. Taking at break in such an important task of the project will just delay everything.
The correct answer is:
A. Ask for help from a co-worker. Maybe someone else can solve the algorithm problem.
<span>Easy Print allows remote clients to print to local print devices via a print redirector.</span>
