Answer:
distinctive competence
Explanation:
The distinctive competence denotes the various characteristic of certain business on which behalf that business perform better than its competitors. And since the business succeeds in doing those things better than its competitors, that business gains a competitive advantage over its competitors. And here, Bob's assembly is a hardware manufacturer for the doors, cabinets, windows and the bathrooms. And his assembly products are more durable and economical than its competitor's products. And thus Bob has a competitive advantage over its competitors.
Answer:
right -click
Explanation:
<h2><u>Fill in the blanks </u></h2>
It is important to <u>right - click</u> the line in the code editing window in the exact location where you want to insert a code snippet to produce the shortcut menu with the Insert Snippet command.
Answer: Business analysis
Explanation:
Business analysis is the review of the sales, costs, and profit projections for a new product to find out whether these factors satisfy the company's objectives.
Based on the business analysis a company is able to set a marketing strategy for a better promotion of its products. So this step is particularly very important.
(D) I don't know about other spread sheet software, but in Microsoft Excel, a formula is always entered beginning with an 'equals' sign. ( = ).
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();
