Complete the function definition to output the hours given minutes.

Answer:

In my opinion, the coding structure's elements assist the software or CPU in interpreting or directing the programming.

Explanation:

Answer:

c. The pivot could either be 7 or 9.

Explanation:

When sorting an array of eight integers through quicksort, the first partitioning indicates that either 7 or 9 may serve as the pivot. Observing the array, it is specifically 7 and 9 that occupy their correct positions within the ordered array. All integers preceding 7 and 9 are lesser, and all numbers following them are greater. Therefore, it suggests that the pivot is located between 7 and 9.

Answer:

=IF(D15<1500, "Discontinue", "No Change")

Explanation:

In an Excel environment, you should navigate to cell F15 and apply the IF function. The structure of the IF function is

IF(<condition>, <value if true>, <value if false>)

Your condition is placed before the first comma, which is D15 < 1500.

The second segment, located before the second comma, is the text to display when D15 is below 1500, which is "Discontinue".

Finally, the last part should show text if D15 is 1500 or higher, which is "No Change".

The complete formula can be expressed as =IF(D15<1500, "Discontinue", "No Change")

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

Answer:

The code placed where "/*Your solution goes here */" is as follows:

while(numInsects<200) // while loop

       {

            System.out.print(numInsects+" "); // output statement

            numInsects=numInsects*2; // operation to double the value.

       }

Output:

• If the input is 16, the result is 16 32 64 128.
• If the input is 25, the result is 25 50 100.

Explanation:

• The above Java code fills the section designated as "Your solution" and will operate correctly.
• The program accepts a user input and continues to print double the value until it reaches 200 or more.
• The while loop evaluates whether the value remains below 200. If so, the operation proceeds; otherwise, it stops.