Response:
The following is a program written in Python.
#Initialize a list variable and set its elements
myPizza = ['Margarita', 'Capsicum and onion', 'Chicken']
#Create a variable and duplicate the elements
frndPizzas = myPizza[:]
#Add an item to the list
myPizza.append('Corn')
#Add an item to the friend's pizza list
frndPizzas.append('paperica')
#Display a message
print("My pizzas are:")
#Use a for loop to display the elements of the first list
for pizza in myPizza:
print(pizza)
#Display another message
print("\nFriend's pizzas are:")
#Use a for loop to display the elements of the second list
for frndsPizza in frndPizzas:
print(frndsPizza)
Output:
My pizzas are:
Margarita
Capsicum and onion
Chicken
Corn
Friend's pizzas are:
Margarita
Capsicum and onion
Chicken
paperica
Explanation:
This program can be summarized as follows:
- Define a list variable called 'myPizza' and initialize it.
- Define another list variable called 'frndPizzas' and duplicate the items.
- Add elements to both lists.
- Utilize for loops to print items in each list.
Answer:
It can be accessed via the View tab.
Explanation:
The view tab in Microsoft PowerPoint ranks as the 9th tab when counted from the left side. Upon being clicked, it reveals a variety of tools tailored to help visualize slide appearances.
The ruler function is included among these tools and ensures precise placement of objects within slides. This ruler tool can be found in the Show Box, which is the third section from the left following Presentation View and Master View.
Going with the
Complementary Color Chord
Between the choices of Complementary and Split-Complementary schemes, I prefer the complementary approach due to its high contrast and lively energy, resulting in a bold appearance. This color pairing is especially effective when aiming for visuals that really grab attention.
Answer:
cache I guess
Explanation:
unsure or memory HDD or SSD
Response:
Refer to the explanation
Details:
class Taxicab():
def __init__(self, x, y):
self.x_coordinate = x
self.y_coordinate = y
self.odometer = 0
def get_x_coord(self):
return self.x_coordinate
def get_y_coord(self):
return self.y_coordinate
def get_odometer(self):
return self.odometer
def move_x(self, distance):
self.x_coordinate += distance
# increase the odometer with the absolute distance
self.odometer += abs(distance)
def move_y(self, distance):
self.y_coordinate += distance
# increase odometer with the absolute distance
self.odometer += abs(distance)
cab = Taxicab(5,-8)
cab.move_x(3)
cab.move_y(-4)
cab.move_x(-1)
print(cab.odometer) # will output 8 3+4+1 = 8
