Answer:
Crossover Error Rate(CER)
Explanation:
Crossover Error Rate is an important metrics in the biometric systems.It is the value of FRR and FAR when the sensitivity is framed so that FRR and FAR are equal. The Crossover Error Rate(CER) is suitable for quantitative comparison of different biometric devices, applications or solutions.
Answer:
Place:
Coffee shop. Railway Reservation System, Airport Reservation System, Machine learning and a long list follow.
Situation:
We find that there is a similar type of calculation and in bulk. Thus we can create a piece of software, and run that with the help of a computer to solve our problem of tackling the massive number of clients.
Description:
The situation demands a similar sort of calculation, and we can hence make a program or most favorably a software that can do all these calculations for us. A perfect example is a coffee shop, which has 100 to 1000 customers drinking coffee each second. And you can understand how badly they need a computer and software. This cannot be done manually.
Explanation:
Please check the answer section.
Accident was caused by what
Answer:
#include<stdio.h>
void ConvertFahrenheit(float);
void main()
{
float fahrenheit_temp;
printf("Input the temperature in Fahrenheit: ");
scanf("%f", &fahrenheit_temp);
ConvertFahrenheit(fahrenheit_temp);
}
void ConvertFahrenheit(float fahren) {
float c, k;
c = (fahren - 32)/1.8;
k = (fahren + 459.67)/1.8;
printf("Celsius = %f\n", c);
printf("Kelvin = %f", k);
}
Explanation:
- Inside the main function, take the temperature in Fahrenheit as an input from user and call the ConvertFahrenheit function by passing it the fahrenheit_temp variable as an argument.
- Create the ConvertFahrenheit function for the conversion and convert the fahrenheit value to the Celsius and Kelvin by using their conversion formulas respectively.
- Lastly, display the result in Celsius and Kelvin.
Answer
Ask someone to drive you.
Explanation
When feeling ill, or even taking medication before driving Is dangerous for the driver and other road users because it slows reactions and the ability to make rapid corrective actions while driving. Driving while sick can also have the same effects on a driver as if they were drinking.
