Answer:Put on an ESD(Electrostatic discharge) strap.
Explanation: An ESD wrap which is also known as ground wrap is a sort of a wrap that is tied around the wrist to protect the person electronic equipment's static electricity. This wrap produces anti static energy which help in not producing any static charge while the technician touches the inner parts of the CPU of other internal parts of the system.
Answer:Summary
Explanation: Summary is the briefing of any information or data and reducing the details about the subject.It is not a part of the report while it is designed because detailing is the part where the description is mentioned with every element so the requirement for summary is in that part and not in the report.
Other option are the part of the report designing because group footer is used for presenting the summaries of group, page footer the area below the main text and detail is the description of every element of the subject.Thus the only exception in the designing of report is summary.
1. Fujifilm X-T4
2. Blackmagic Pocket Cinema Camera 6K
3. Nikon Z6 II
4. Sony a7S III
5. Panasonic Lumix S1H
6. Canon EOS R5
7. Sony Alpha 1
8. Blackmagic URSA Mini Pro 12K
9. Canon C300 Mark III
10. ARRI ALEXA Mini LF
The answer is option C: Use ground-fault circuit interrupters, and inspect extensions cords and portable tools.
Inspecting the extension cords needs to be done constantly, or there can be abrasions or cuts that won't be noticed. Option B remains one of the most important ways to be safe around electricity. Always wear non-conductive safety equipment, such as safety goggles or rubber gloves. You should also avoid touching exposed metal. Option C indicates one of the two ways that do not help you stay safe around electricity. A ground fault interrupter only works if there is a short circuit or a huge amount of energy going through that point and thus, will not effectively protect you from possible incidents with electricity.
Answer:
const double gasDollarPerGallon = 20 ;
float calCost( double milesPerGallon ) {
double costPerGallon = milesPerGallon / gasDollarPerGallon;
System.out.printf ("%.2f/n", &costPerGallon);
int main ( ) {
scanf ("%2f", &gasDollarPerGallon) ;
calCost( 20 );
calCost( 75 );
calCost( 500 );
Explanation:
The C source code above gets the user input of the gas dollar per gallon from the command prompt and divides the miles per gallon variable in the function call to get the cost of gas for the range of miles. It is also print out as a double with two places.
