Answer:
- The problem as they see it has been addressed
- The solution proposed will meet their needs
- The needs of their colleagues are being met
- All issues and constraints have been identified
Explanation:
The stakeholders in a project or business involves every human resource of the business/project that is essential to the successful completion of the business/project at hand.
The factors to be addressed by stakeholders when reviewing a problem statement is very important for the success of the project hence : the problem as seen in the problem statement has to be addressed, the solution been proposed to solve every problem identified should meet the needs of every stakeholder, also every stakeholder in a project has to be carried along hence the need of every stakeholder has to be considered as well.
More force because it's the impact
Answer:
option C
Explanation:
The correct answer is option C
the uploaded image shape is ( 433 , 650 )
this shape means that the image is a grayscale image which is 433 pixels high by 650 pixels wide.
a gray scale image is in white and black color.
433 pixels high by 650 pixel wide means that the image is formed with the combination of 433 vertical dots and 650 horizontal dots.
Resolution of an image can be found out by the pixels present in the images.
higher the pixel higher is he resolution of the image.
Answer:
The last two line i.e "displays miniature versions of all the presentation's slides " is the correct answer to the given question .
Explanation:
The main objective of the slide sorter is showing the miniature versions of all the slides though user can quickly push the slides and organize the slides in well mannered by moving the slides . The Slide Sorter display gave the viewers to thumbnail the overview of the slides.
- The slide sorter making the presentation effective by organizing and sorting the slide .
- All the other option are not correct for the Slide Sorter view that's why these are incorrect option .
Answer:
import numpy as np#importing numpy module with an alias np.
def c(bitstring_array):# defining function c.
num_integer=bitstring_array.dot(2**np.arange(bitstring_array.size)[::-1])#bitstring conversion.
return num_integer#returning integer array.
print("Enter bits")
Bit_l=input().split(" ")#enter space separated bitstring.
for i in range(len(Bit_l)):#iterating over the bitstring.
Bit_l[i]=int(Bit_l[i])
bitstring_array=np.array(Bit_l)
print(c(bitstring_array))#function call.
Output:
Enter bits
1 1 1 0 0 1
57
