#include <iostream>
using namespace std;
class CarCounter {
public:
CarCounter();
CarCounter(const CarCounter& origCarCounter);
void SetCarCount(const int count) {
carCount = count;
}
int GetCarCount() const {
return carCount;
}
private:
int carCount;
};
CarCounter::CarCounter() {
carCount = 0;
return;
}
CarCounter::CarCounter(const CarCounter &p){
carCount = p.carCount;
}
void CountPrinter(CarCounter carCntr) {
cout << "Cars counted: " << carCntr.GetCarCount();
return;
}
int main() {
CarCounter parkingLot;
parkingLot.SetCarCount(5);
CountPrinter(parkingLot);
return 0;
}
Sample output:
Cars Counted: 5
Answer: c)-the transmission of information and meaning from a sender to a receiver
Explanation: Communication is describes as the transmitting the information along with meaning from source to destination. The source is sender from where the information is sent and receiver is the destination unit to receive the information .Information that is being sent contains structured, organized and meaningful facts and figure.
Other options are not appropriate because information and meaning both are transferred in communication ,data is not transferred in communication as they are raw and unstructured facts and ideas are not conveyed in communication.Thus, the correct option is option(c).
Yeah, Your steps ar correct. Let's analyse those steps more easily by the following steps:
Freeze panes is a feature in spreadsheet applications, such as Microsoft Excel, LibreOffice Calc, and Google Sheets. It "freezes" a row or column, so that it is always displayed, even as you navigate the spreadsheet.
❍ Freezing panes is especially useful if your spreadsheet has a header row, that you want to always be visible.
- Select the row below the row(s) you want to freeze. In our example, we want to freeze rows 1 and 2, so we'll select row.
- Click the View tab on the Ribbon.
- Select the Freeze Panes command, then choose Freeze
- Panes from the drop-down menu. ...
- The rows will be frozen in place, as indicated by the gray line.
<u>━━━━━━━━━━━━━━━━━━━━</u>
Answer:
The description for the given question is described in the explanation section below.
Explanation:
Depending on the needs of the device programmers these OS have various locking frameworks. Spinlocks become beneficial for preemptive multitasking processes during which a thread will operate in such an active loop instead of risking a rest queue latency. Mutexes become beneficial to utility lockers.
- Solaris 2 employs flexible mutexes, indicating something like this on preemptive multitasking computers, the mutex is introduced with either a spinning switch.
- Semaphores and state variations are much more effective methods for consistency where a commodity needs to be managed for such a prolonged period of time because spinning is unstable over a prolonged time.
<span>As programs and online activities have grown more robust and innovative, it has simultaneously required computer manufacturers to identify ways to make their devices faster to keep up with these changes. Users benefit immensely due to their ability to have boundless and efficient access to their various needs.</span>
