The “Allow changes by more than
one user at the same time” option.
In a
group of users, it is very important to create a shared workbook so that
several people are able to update information and track changes in the workbook
at the same time. To do so, one should click on the review tab of the excel sheet and select
share workbook. On the editing tab of the share workbook dialog box, select the
Allow changes by more than one user at the same time check box. Go ahead and
click the advanced tab and select option you would want to use and then click
OK
Producers must understand the marginal benefit of making an additional unit which shows the possible gain. Marginal benefit is used in business and economics as a measurement of the change in benefits over the change in quantity. Possible gain is one example of benefit. This measurement provides the relevant measurement of benefits at a specific level of production and consumption.
If an event occurs, the agent logs details regarding the event. what is this event called GET.
The information in the agent log file is known to be the beginning of the log file, which is stated to show the agent's launch and handling of the services and configuration settings.
Keep in mind that the agent log also contains a history of the activities performed by the agent during runtime, along with any errors, and that it is utilised to investigate deployment issues.
As a result, if an event happens, the agent logs information about it. What is this GET event, exactly?
The agent monitoring services' startup and configuration settings are displayed at the log file's beginning. The sequence of agent runtime activity and any observed exceptions are also included in the agent log.
Learn more about agent logs:
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#SPJ4
Answer:
#include <iostream>
using namespace std;
double DrivingCost(int drivenMiles,double milesPerGallon,double dollarsPerGallon)
{
double dollarsperMile=dollarsPerGallon/milesPerGallon;//calculating dollarsperMile.
return dollarsperMile*drivenMiles;//returning thr driving cost..
}
int main() {
double ans;
int miles;
cout<<"Enter miles"<<endl;
cin>>miles;
ans=DrivingCost(miles,20.0,3.1599);
cout<<ans<<endl;
return 0;
}
Output:-
Enter miles
10
1.57995
Enter miles
50
7.89975
Enter miles
100
15.7995
Explanation:
In the function first I have calculated the dollars per mile and after that I have returned the product of dollarspermile and driven miles.This will give the cost of the Driving.
From the given the statement, "every system is perfectly designed to get the results it gets" is a basic principle of improvement.
Option B
<u>Explanation:</u>
The improvement activity begins with the quote ‘every system is perfectly designed to get the results it gets’, by W. Edwards Deming; The quote states both the unintended and intended effects are designed into our systems.
For example: Healthcare in the UK has been perfectly designed to lower the waiting times to 18 weeks for various procedures over last twelve years. Reflecting on Safer Patients Initiative (SPI), this can be true to improvement systems: every improvement system is perfectly designed to get the results its gets and SPI is a case in point.
The leading improvements that need to be designed into our improvement systems:
- Improvement activity needs to be built on strong foundations
- Greater engagement with people’s intrinsic motivation
- Embrace a wider set of methods
- Greater understanding of how systems and processes outside direct clinical care contribute to safety and quality.
So, it can be concluded that the line given by W. Edwards Deming tends to be the principle of improvement.
