If your PC's are in an Active Directory domain, you can leverage Active Directory Group Policies to deploy the appropriate settings. Be sure to include the below settings in your Group Policy for the user accounts and workstations that will be running as a Kiosk. After creating this Group Policy, you can test by running gpupdate /force and then restarting the PC.
User Configuration
Administrative Templates
Start Menu and Taskbar
Change Start Menu power button (enabled) - set to "Lock" (I know this sounds weird, but Windows 7 won't completely disable Logoff if the Start Menu power button is defaulting to the Logoff action).
Remove Logoff on the Start Menu (enabled)
Remove and prevent access to the Shut Down, Restart, Sleep and Hibernate commands (enabled)
System
Ctrl+Alt+Del Options
Remove Lock Computer (enabled)
Remove Logoff (enabled)
Computer Configuration
Administrative Templates
System
Logon
Hide entry points for Fast User Switching (enabled)
For Windows PCs not in a Domain Environment
If your PC's are not in an Active Directory domain, then you'll need to make the below changes manually at each Kiosk PC. Note that you may be able to automate the changes via the use of operating system imaging tools and local mandatory user profiles - leave a comment below if you have interest in those steps.
Login at each Kiosk PC using a user account that will ultimately be used to run the Kiosk desktop applications.
Launch the Windows Registry Editor (REGEDIT.EXE) and make the following changes to the registry (note that you may need to temporarily grant local Administrative access to your Kiosk user account to do this if it is already in a very locked down state)
HKEY_CURRENT_USER
SOFTWARE
Microsoft
Windows
CurrentVersion
Policies
Explorer
Answer:
Unplug the computer during a lightning storm
Explanation:
If there is a lightning storm you should always unplug your laptop or laptop or computer. If the lightning hits your computer you fried it and you can't use it anymore, but, if you unplug it it will save it from getting it fried. Always unplug your your computer during a lightning storm!
Hope it helps! :D
Have a great day! :)
Answer:
#include <iostream>
using namespace std;
int main() {
int age,time;
float price;
cout<<"Enter age:";
cin>>age;
cout<<"Enter time(in 24 hour clock for noon 1200):";
cin>>time;
if(age>13){
if(time<1700){
price=5;
}else{
price=8;
}
}else{
if(time<1700){
price=2;
}else{
price=4;
}
}
cout<<"Price: $"<<price<<endl;
}
Explanation:
Okay, here are the steps to be taken in order to be able to Write a program that determines the price of a movie ticket as given in details in the question above. Therefore, checked the steps below;
==> Input the age and the time.
==> If the age is not greater than 13, input the time(that is <1700) and follow it by imputing the price.
And if the age is greater than 13, you will also need to input the price. Just as below;
#include <iostream>
using namespace std;
int main() {
int age,time;
float price;
cout<<"Enter age:";
cin>>age;
cout<<"Enter time(in 24 hour clock for noon 1200):";
cin>>time;
if(age>13){
if(time<1700){
price=5;
}else{
price=8;
}
}else{
if(time<1700){
price=2;
}else{
price=4;
}
}
cout<<"Price: $"<<price<<endl;
}
Answer: 42 is the answer to everything and just remember, Don,t panic.
For i am the hitch hikers guide to the galaxy.
Explanation:
Answer: Power P at distance 0.7 km is: 0.234 µW
Explanation:
We know that
inverse cube-power law.
Thus Power, P = c / d³
Substituting we have
15 µW = c / (175 m)³
c = (15 µW) x (175 m)³
Then finally Power value at 0.7 km.
Will be
P = c / d³
P = ((15 µW) x (175 m)³) / (700 m)³
= (15 µW) x (175 / 700)³
= (15 µW) x (0.25)³
=(15 µW) x (0.015625)
P = 0.234 µW
