Answer:
#include <iostream>
using namespace std;
void swap(int& m, int& n) /* passing by reference so that changes will be made in the original values.*/
{
int t=m;
m=n;
n=t;
}
int main()
{
int val1,val2;
cout<<"Enter the values"<<endl;
cin>>val1>>val2;
cout<<"Values before swap "<<val1<<" "<<val2<<endl;
swap(val1,val2);
//calling the function swap..
cout<<"Values after swap "<<val1<<" "<<val2<<endl;
return 0;
}
Explanation:
Created a function swap with 2 arguments m and n passed by reference.
Answer:
Search for the Intel Virtualization Technology (Intel-VT) branding on Intel processors, and search for AMD-V on the AMD processors.
Explanation:
- Streaming SIMD Extensions (SSE) seems to be a standardized instruction, data from multiple guidance collection enhancement to the x86 architecture, developed by Intel and released immediately after the introduction of Advanced Micro Devices 3DNow in their Pentium III range of CP Units in 1999.
- Hyper-V requires different requirements of hardware for running virtual machines in a safe, efficient manner. Minimum 4 Gb of storage. You might need more RAM on the Hyper-V Server for either the virtual servers.
Therefor, it's the right answer.
Answer:
Highlight Merge Fields
Address Block
Greeting Line
Rules
Explanation:
Microsoft Word refers to a word processing software application or program developed by Microsoft Inc. to enable its users type, format and save text-based documents.
A Mail Merge is a Microsoft Word feature that avails end users the ability to import data from other Microsoft applications such as Microsoft Access and Excel. Thus, an end user can use Mail Merge to create multiple documents (personalized letters and e-mails) at once and send to all individuals in a database query or table.
Hence, Mail Merge is a Microsoft Word feature that avails users the ability to insert fields from a Microsoft Access database into multiple copies of a Word document.
Some of the options available in the Write & Insert Fields group of Mail Merge are;
I. Highlight Merge Fields.
II. Address Block.
III. Greeting Line.
IV. Rules.
Answer: For best performance and lowest latency, the MMU and CPU should support hardware ... broadcast, and subnet broadcast traffic with the deny-all catch-all filter rule for ... Please refer to the NetSight Wireless Manager User Guide (v5.1 or higher ) for a ... The rule must also be positioned above the 'Deny All' Default action.
Explanation:
