Answer:
The correct answer is A.
Explanation:
I put D from the answer above and got it wrong and it said A was the correct answer. haha :)
Beamforming can improve network service by using device locations to better target service signals.
This is because, beamforming helps to deliver higher signal quality to the target receiver.
<h3>What is beamforming?</h3>
beamforming can be regarded as application of different radiating elements that is transmitting the same signal.
This signal is usually identical in wavelength and phase, and by reinforcing the waves in a specific direction the goal can be acheived.
Learn more about beamforming at:
brainly.com/question/12809344
Answer:Penis!
Explanation:
Haha! Enjoy your day! Hahahahaha!
Answer:
def isAnagram(s1, s2):
list1=s1
list2=s2
sortedlist1 = sorted(list1)
sortedlist2 = sorted(list2)
if sortedlist1 == sortedlist2:
print(list1+ " and "+list2+ " are anagram")
else:
print(list1+ " and "+list2+ " are not anagram")
Explanation:
Here is a call to the function isAnagram():
list1 =input("Enter String1 ")
list1 =input("Enter String2 ")
isAnagram(list1,list2)
Attached is the run and output for this program
Answer:
Follows are the method definition to this question:
void Reverse_Order(struct Node* h)//defining a recursive method Reverse_Order that takes structure in parameter
{
if (h == NULL)//use if block to check head equal to null
return;//use return keyword
Reverse_Order(h->next);//call method recursively
cout<<h->data;//print data
}
Explanation:
In the above code, a recursive method "Reverse_Order" takes structure as the parameter, and inside the method, structure variable h is used that uses the if conditional statement to check the header equal to null.
In the condition is true, it will use the return keyword, and in the next step, it calls the method recursively, and print its value in the reverse order.