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grandymaker [24]
3 years ago
12

How many clients has Accenture engaged globally on blockchain?

Computers and Technology
1 answer:
AfilCa [17]3 years ago
7 0
3,84, 000 people are engaged globally on blockchain.

- blockchain network technology by Accenture creates a database and allows the different organizations to access it in real-time without privacy issues

- For this Blockchain project, Accenture has employed 3,84,000 people approximately all over the world.

- The motto of Accenture’s Blockchain project is “Enable and empower multiparty systems to accelerate transformation”
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What is the following?

Explanation:

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A _____ is an electronic path over which data can travel.
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Which of the following is NOT a major type of crime reported to the IC3.
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Which of the following is true of mobile commerce (m-commerce) applications? a. They are supported by short-range wireless commu
KATRIN_1 [288]

Answer:

Option A: They are supported by short-range wireless communication technologies.

Explanation:

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5 0
3 years ago
(14 points) Consider the Matrix, M = 16 2 3 13 5 11 10 8 9 7 6 12 4 14 15 1 . Using the index operations write MATLAB statements
Sonja [21]

Answer:

The Matlab commands for the given index operations and corresponding outputs are given below.

Explanation:

clc   % is used to clear the command window of the Matlab

clear all   % is used to clear the variables stored in Matlab workspace

% We are given a 4x4 matrix

Matlab command:

M = [16 2 3 13; 5 11 10 8; 9 7 6 12; 4 14 15 1]

output:

M =

   16     2     3    13

    5    11    10     8

    9     7     6    12

    4    14    15     1

(a) The value in the first row and second column (ie. 2)

Matlab command:

a = M(1,2)

% where a = Matrix(row_1,column_2)

output:

a =

    2

(b) The value in the third row and third column (ie. 6)

Matlab command:

b = M(3,3)

% where b = Matrix(row_3,column_3)

output:

b =

     6  

(c) All the elements in the first row

Matlab command:

c = M(1,:)

% where c = Matrix(row_1,:)

output:

c =

   16     2     3    13

(d) All the elements in the second column

Matlab command:

d = M(:,2)

% where d = Matrix(:,column_2)

output:

d =

    2

   11

    7

   14

(e) All the elements in the first 2 rows (row 1 & 2)

Matlab command:

e = M([1,2],:)

% where e = Matrix([row_1,row_2],:)

output:

e =

   16     2     3    13

    5    11    10     8  

(f) All the elements in the last 2 columns (columns 3 & 4)

Matlab command:

f = M(:,[3,4])

% where f= Matrix(:,[column_3,column_4])

output:

f =  

    3    13

   10     8

    6    12

   15     1

(g) The elements 3 13 10 8

Matlab command:

g = [M(1,3) M(1,4); M(2,3) M(2,4)]

% where g = Matrix(row_1,column_3) M(row_1,column_4); M(row_2,column_3), M(row_2,column_4)

output:

g =

    3    13

   10     8

8 0
3 years ago
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