Answer:
weight_pounds=float(input("Enter the weight in pounds:\n"))#taking input of weight.
height_inches=float(input("Enter the height in inches:\n"))#taking input of thye height.
bmi=(weight_pounds/(height_inches**2))*703#calculating the bmi.
print('The body mass index is '+str(bmi))#printing the result.
Ouput:-
Enter the weight in pounds:
207.8
Enter the height in inches
:
72
The body mass index is 28.163395061728398
Explanation:
The above written program is in python.First I have taken input from the user of the weight in pounds then taking input of the height in inches.Then calculating the bmi and storing it in the variable bmi.Then printing the bmi in the end.
Answer:
I think it is 1 because that is all that works for me
Answer:
This is a multicolinearity problem and the student should determine the variable(s) that cause(s) the problem and remove it.
Explanation:
This information means that there exists a linear combination between the independent variables. The problem might have developed due to multicolinearity producing almost perfectly linearly dependent columns.
This could also be as a results of single matrix created when the student use an incorrect indicator variables and included an additional indicator column which created linearly dependent columns.
Explanation:
Rather than use LAN or VPN remote connections, cloud services may be a better option to use. They could focus on using alternate remote file access services such as Google Drive, Dropbox, etc. Using these alternative services would be best suitable for unreliable or limited internet connections.
Also, it would be best if remote users download/store important folders when in an area having a stable internet connection.
Answer:
D. the browser
Explanation:
it adjusts to the size of your device, including the browser.
hope i helped
