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2 years ago

What would be the key steps to consider if you are thinking about renting your facility to a potential user for an event

1 answer:

8 0

The key steps to consider in renting facility to a user is that there should be Rental agreement, see personnel needs, follow guidelines of government etc.

<h3>What is Facility Management?</h3>

Facility Management is known to be the primary purpose to making sure that a facility is handled or run well and smoothly. It should also be safe for its intended use.

Note that in renting a place out, one must look at the Rental agreement so as to know what to do and one should also follow the guidelines set by government standards and handle any form of legal issues.

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Consider the following arrays. 1 4 21 2 4 100 B # 111(A) L3π 42 Write MATLAB expressions to do the tollowing a. Select just the

andriy [413]

Answer:

Complete Matalb code along with explanation and output results are given below

Explanation:

We are given following two matrices A and B of size 4x3

A = [1 4 2; 2 4 100; 7 9 7; 3 pi 42]

B = log(A)

(a) Select just the second row of B

% to extract any row use this syntax B(row no, : ) we can also extract more than 1 row or any particular elements in a specific row

B_row_2 = B(2,:)

(b) Evaluate the sum of the second row of B

% simply use the sum function and pass it any vector or matrix and it will return their sum

sum_B_row_2 = sum( B_row_2(:) )

(c) Multiply the second column of B and the first column of A element by element

% first we extract the column 2 of matrix B and column 1 of matrix A. use this syntax B( : ,col no ) to extract any column

B_col_2 = B(:,2)

A_col_1 = A(:,1)

% Then we use ( .*) to multiply element by element. To use standard multiplication of matrices only use asterisk sign without coma

multiply=B_col_2.*A_col_1

(d) Evaluate the maximum value in the vector resulting from element-by- element multiplication of the second column of B with the first column of A

% we can find the maximum value in a vector or matrix by using max function so we pass the multiply variable where our result was stored

max_value = max(multiply)

(e) Use element-by-element division to divide the first row of A by the first three elements of the third column of B. Evaluate the sum of the elements of the resulting vector

% First we extract the row 1 of matrix A

A_row_1 = A(1,:)

% Then we extract the column 3 of matrix B

B_col_3 = B(:,3)

% Then we extract the first 3 elements of column 3 of matrix B

B_col_3 = B_col_3(1:3)

% Finally we use ( ./ ) to use element by element division

divide = A_row_1./B_col_3

% Using the sum function again results in the addition of entire elements of resultant matrix

sum_divide = sum( divide(:) )

Only Code:

A = [1 4 2; 2 4 100; 7 9 7; 3 pi 42]

B = log(A)

B_row_2 = B(2,:)

sum_B_row_2 = sum( B_row_2(:) )

B_col_2 = B(:,2)

A_col_1 = A(:,1)

multiply=B_col_2.*A_col_1

max_value = max(multiply)

A_row_1 = A(1,:)

B_col_3 = B(:,3)

B_col_3 = B_col_3(1:3)

divide = A_row_1./B_col_3

sum_divide = sum( divide(:) )

Output Results:

A =

1.0000 4.0000 2.0000

2.0000 4.0000 100.0000

7.0000 9.0000 7.0000

3.0000 3.1416 42.0000

B =

0.00000 1.38629 0.69315

0.69315 1.38629 4.60517

1.94591 2.19722 1.94591

1.09861 1.14473 3.73767

B_row_2 = 0.69315 1.38629 4.60517

sum_B_row_2 = 6.6846

B_col_2 =

1.3863

2.1972

1.1447

A_col_1 =

multiply =

1.3863

2.7726

15.3806

3.4342

max_value = 15.381

A_row_1 = 1 4 2

B_col_3 =

0.69315

4.60517

1.94591

3.73767

B_col_3 =

0.69315

4.60517

1.94591

divide =

1.44270 5.77078 2.88539

0.21715 0.86859 0.43429

0.51390 2.05559 1.02780

sum_divide = 15.216

6 0

3 years ago

Write a program that displays the values in the list numbers in ascendingorder sorted by the sum of their digits.

melisa1 [442]

Answer:

Here is the Python program.

def DigitList(number):

return sum(map(int, str(number)))

list = [18, 23, 35, 43, 51]

ascendList = sorted(list, key = DigitList)

print(ascendList)

Explanation:

The method DigitList() takes value of numbers of the list as parameter. So this parameter is basically the element of the list. return sum(map(int, str(number))) statement in the DigitList() method consists of three methods i.e. str(), map() and sum(). First the str() method converts each element of the list to string. Then the map() function is used which converts every element of list to another list. That list will now contain digits as its elements. In short each number is converted to the string by str() and then the digit characters of each string number is mapped to integers. Now these digits are passed to sum() function which returns the sum. For example we have two numbers 12 and 31 in the list so each digit is 1 2 and 3 1 are added to get the sum 3 and 4. So now the list would have 3 4 as elements.

Now list = [18, 23, 35, 43, 51] is a list of 5 numbers. ascendList = sorted(list, key = DigitList) statement has a sorted() method which takes two arguments i.e. the above list and a key which is equal to the DigitList which means that the list is sorted out using key=DigitList. DigitList simply converts each number of list to a another list with its digits as elements and then returns the sum of the digits. Now using DigitList method as key the element of the list = [18, 23, 35, 43, 51] are sorted using sorted() method. print(ascendList) statement prints the resultant list with values in the list in ascending order sorted by the sum of their digits.

So for the above list [18, 23, 35, 43, 51] the sum of each number is 9 ,5, 8, 7, 6 and then list is sorted according to the sum values in ascending order. So 5 is the smallest, then comes 6, 7, 8 and 9. So 5 is the sum of the number 23, 6 is the sum of 51, 7 is the sum of 43, 8 is the sum of 35 and 9 is the sum of 18. So now after sorting these numbers according to their sum the output list is:

[23, 51, 43, 35, 18]