Response:
steps = int(input("Specify the number of steps: "))
miles = steps / 2000
print('{:.2f}'.format(miles))
Explanation:
Prompt the user to input the number of steps and convert the input to an integer.
Compute the corresponding miles by dividing the number of steps by 2000.
Output the miles formatted to two decimal places.
Answer
Abstraction in GPS technology allows the system to use clearly defined interfaces while enabling the integration of additional, more complex functionalities.
Explanation
The GPS system employs abstraction to organize layers of complexity for user interaction. It connects satellite-based positioning and timing systems to enable a radio receiver to acquire signals across four dimensions—latitude, longitude, altitude, and time—after synchronizing this data.
Response:
Written in Python
G = 6.673 *pow(10,-11)
M = 5.98 *pow(10,24)
d = float(input("Enter distance: "))
g = (G * M)/(pow(d,2))
print("Calculated gravity acceleration: "+str(g))
Explanation:
The following line sets the gravitational constant
G = 6.673 *pow(10,-11)
This line establishes the mass of the Earth
M = 5.98 *pow(10,24)
This prompts the user to input the object's distance
d = float(input("Enter distance: "))
This calculates the gravity exerted on the object
g = (G * M)/(pow(d,2))
This line outputs the gravity acceleration without rounding
print("Calculated gravity acceleration: "+str(g))
Answer:
num1 = int(input("Input the first number "))
num2 = int(input("Input the second number "))
print(num1 + num2)
Explanation:
This code is implemented in Python programming language.
It utilizes the input function to ask the user for the first and second number.
The values are stored in the variables num1 and num2 in that order.
The print function then calculates and displays the sum of num1 and num2.
