Answer:
The correct answer to the following question will be "Ribbon".
Explanation:
- In the configuration of the computer interface, the ribbon is indeed a graphical controlling feature in the format of a series of toolbars mounted on several tabs. The standard ribbon layout requires large toolbars, loaded with graphical keys, tabbed as well as other visual control features, organized by feature.
- The aim of the ribbon should be to provide quick and easy access to widely used activities for each system. The ribbon is therefore tailored for each task and includes program-specific commands. Besides, the top of a ribbon contains multiple tabs that can be used to disclose various groups of commandments.
Therefore, Ribbon it the suitable answer.
Over the years, the internet has undergone major changes that has positively and negatively affected the overall interface, performance, and design of the entire website. Apart from this, it has completely changed the communities point of views towards technology and its appreciation of the market designs. Some of the major changes are based on its interface mostly on the screen size. In addition, all monitors being manufactured nowadays are calibrated. This means that, there is a better transition of images in-terms of image pixel.
A Python program that can convert a Fahrenheit temperature to Celsius, or vice versa. The program should use two custom functions, f_to_c and c_to_f, to perform the conversions.
Explanation:
- Functions should be defined in a custom module named temps. Custom function c_to_f should be a void function defined to take a Celsius temperature as a parameter.
- It should calculate and print the equivalent Fahrenheit temperature accurate to three decimal places.
- Custom function f_to_c should be a value-returning function defined to take a Fahrenheit temperature as a parameter.
- This function should calculate the equivalent Celsius temperature and return it.
The code is given below :
def c_to_f(tempCelsius):
tempFahrenheit = ((9/5)*tempCelsius) + 32;
print("\n %.3f Celsius is %.3f Fahrenheit \n" %(tempCelsius, tempFahrenheit));
def f_to_c(tempFahrenheit):
tempCelsius = (tempFahrenheit - 32) * (5/9);
return tempCelsius;
(Import modules)
import temps;
def main():
temperature = float(input("\n Enter a temperature: "));
scale = input("\n Was that input Fahrenheit or Celsius c/f? ");
if scale.lower() == 'c':
temps.c_to_f(temperature);
else:
tempCel = temps.f_to_c(temperature);
print("\n %.1f Fahrenheit equals %.3f Celsius \n" %(temperature, tempCel));
main();
Multitasking , in a variety of environments, long distance communications
