-Calculate and display: inner radius, outer circumference, inner circumference, area enclosed by the outer circle, area of the shaded region | Given: outer radius ri, area enclosed by the inner circle A. Formula to be use: inner radius= r2 = v (A2/n ), outer circumference= C1 = 2nri, inner circumference= C2 = 2nr2, area enclosed by the outer circle= A = nr², area of the shaded region= Ao = A1 - A2 %3D

Module main() // Local variables Declare Real centigrade, fahrenheit   // Set centigrade For centigrade = 0 to 20   Call setFahrenheit(centigrade, fahrenheit)   // display values Call showTemperatures(centigrade, fahrenheit)   End For   End Module   // The setFahrenheit module calculates degrees fahrenheit // equivalent to centigrade. Module setFahrenheit(Real centigrade, Ref fahrenheit)   Set fahrenheit = ((9 * centigrade) / 5) + 32 End Module   // The showTemperatures module shows centigrade degrees // and shows corresponding Fahrenheit degrees Module showTemperatures(Real centigrade, fahrenheit)   Display centigrade, " degrees centigrade = ", fahrenheit, “ degrees fahrenheit”   End Module pseudocode, program analysis and flowchart please.

Module main() // Local variables Constant Integer SIZE = 18 Declare Integer numbers[SIZE] = 5658845, 4520125, 7895122, 8777541,       8451277, 1302850, 8080152, 4562555, 5552012, 5050552, 7825877, 1250255, 1005231, 6545231, 3852085, 7576651, 7881200, 4581002       Declare Integer inputNumber, found = 0   // Get number Display “Enter number to validate: “ Input inputNumber   // Validate number For index = 0 to SIZE – 1 If inputNumber == numbers[index] Then       Set found = 1       Set index = SIZE End If       End For   // Show if valid If found == 1 Then Display “Number is valid.” Else Display “Number is not valid.” End If   End Module Flowchart please

Clear Explanation on this question add some step to leading on how you answerd it neat handwriting and clear explanation table completed Question are below here:

large_box_height = float(input('Input the height of the large box'))small_box_height = float(input(' Input the height of the small box'))book_thick = float(input(' Input the thickness of the book'))book_ordered = float(input(' Input the number of books ordered')) # Calculate how to find books per large boxbook_per_largebox = large_box_height // book_thick # Calculate how to find book per small boxbook_per_smallbox = small_box_height // book_thick # Calculate how to find number of large boxes needednum_large_box = int(book_ordered // book_per_largebox) # Calculate how many books will be left overbook_left = book_ordered % book_per_largebox if book_left <= book_per_smallbox:num_small_box = int(1)else:num_small_box = book_left // book_per_smallbox# Calculate the numebr of total boxestotal_box = int(num_large_box + num_small_box) if (num_large_box > 0) and (num_small_box > 0):print("Shipping", total_box, "boxes")print(num_large_box, "large")print(num_small_box, "small") elif…

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Python(turtle) Use turtle graphics to draw a house! A house, should have: walls roof door 2-4 windows Sample house below Pseudo Code Function draw_window(x, y): (x, y passing location) Draw window without inner grid Draw inner grid of window Main Draw top and right side wall of house Draw bottom and door of house Draw left wall and roof Draw_window(x, y) – first location Draw_window(x, y) – second location Draw_window(x, y) – third location Provide the REPL weblink in the URL entry and submit the assignment.

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My code to formulate a circle is giving me an 0.08% difference: Here's my code: # draw circle using turtle object import turtle import math   def drawCircle(tobj,x,y,radius):       # calculate the distance to travel each time     distance = 2.0*math.pi*radius / 120.0       # take the turtle to the x,y co-ordinates     tobj.penup()     tobj.setposition(x,y)       # draw the circle     tobj.pendown()     for i in range(0,120):         tobj.right(3)         tobj.fd(distance)            def main():     x = 50     y = 75     radius = 100       t = turtle.Turtle()       # call drawCircle     drawCircle(t,x,y, radius)   if __name__=='__main__':     main()     turtle.mainloop()

python: T1 = ( a, b, c) T2= a, b, c where a, b, c are numbers.       Question 17 options:   T1 == T2 and T1 is T2   T1 != T2 but T1 is T2   T1 == T2 but T1 is not T2   T1 != T2 and T1 is not T2