The current incident commander should: provide a transfer of command briefing to the new commander.
<h3>What is incident management?</h3>
Incident management can be defined as a strategic process through which a business organization (company) identifies, analyzes, and correct hazards and potential threats (problems), so as to ensure that normal service operation is restored as quickly as possible to its end users after a disruption, as well as to prevent a re-occurrence of these hazards in the future.
<h3>What is a command?</h3>
A command can be defined as a set of instruction which sets and provide the incident strategies, priorities, objectives, as well as possessing the overall responsibility for any incident.
In this scenario, we can infer and logically deduce that the current incident commander should provide a transfer of command briefing to the new commander because rank, grade, and seniority aren’t factors that are used to select an incident commander.
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Answer:
6 columns/items
Explanation:
<em>grid</em> starts off as an empty list ( [ ] ), so right now it has 0 items/columns.
After that, 3 new items ("frog", "cat", "hedgehog") have been appended to <em>grid</em>, it now has 3 items
Finally another 3 items are appended to <em>grid ("fish", "emu", "rooster"</em>), finally <em>grid</em> ends up with 6 items in total.
You never said what language so I used C
#include <stdio.h>
<span>int main () { </span>
<span> int a; </span>
<span> for( a = 3; a > 0; a-- ){ </span>
<span> printf("%i \n", a); }</span>
<span> printf(" Blast OFF !!!\n"); </span>
<span>return 0; </span>
<span>}</span>
Answer:
Probability Distribution={(A, 4/7), (B, 2/7), (C, 1/7)}
H(X)=5.4224 bits per symb
H(X|Y="not C")=0.54902 bits per symb
Explanation:
P(B)=2P(C)
P(A)=2P(B)
But
P(A)+P(B)+P(C)=1
4P(C)+2P(C)+P(C)=1
P(C)=1/7
Then
P(A)=4/7
P(B)=2/7
Probability Distribution={(A, 4/7), (B, 2/7), (C, 1/7)}
iii
If X={A,B,C}
and P(Xi)={4/7,2/7,1/7}
where Id =logarithm to base 2
Entropy, H(X)=-{P(A) Id P(A) +P(B) Id P(B) + P(C) Id P(C)}
=-{(1/7)Id1/7 +(2/7)Id(2/7) +(4/7)Id(4/7)}
=5.4224 bits per symb
if P(C) =0
P(A)=2P(B)
P(B)=1/3
P(A)=2/3
H(X|Y="not C")= -(1/3)Id(I/3) -(2/3)Id(2/3)
=0.54902 bits per symb
A type of service which offers a preconfigured testing environment for application developers to create new software applications is: B - Platforms as a Service (PaaS).
<h3>What is cloud computing?</h3>
Cloud computing can be defined as a type of computing service that requires the use of shared computing resources over the Internet, rather than the use of local servers and hard drives.
<h3>The categories of cloud service.</h3>
Generally, cloud computing comprises three (3) service models which includes the following;
- Infrastructure as a Service (IaaS).
- Software as a Service (SaaS).
- Platform as a Service (PaaS).
In conclusion, a type of service which offers application developers a preconfigured hosting and testing environment to create new software applications is Platforms as a Service (PaaS).
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