Answer:
Explanation:
If it has not changed since the last time that i used codehs then the code should be the following
penup()
forward(-100)
right(90)
pendown()
def beaded_bracelet():
circle(10)
penup()
forward(20)
left(10)
pendown()
for i in range(36):
beaded_bracelet()
Which should complete the entire function as intended.
Answer:
This is personally based on my opinion.
My top 10 favorites
Toradora
Darling in the franxx
Lucky Star
My Melody
Death note
Attack on titans
One piece
The Promise neverland
Kaguya-sama: love is war
Black cover
Answer:
Following are the program in the Python Programming language.
#define function
def negative_num(num_list):
#set list type variable
nlist=[]
#set the for loop
for n in num_list:
#check negative numbers
if(n<0):
#add the value of n in list
nlist.append(n)
#return list
return nlist
#set new list type variable that store list
newl=[-5,8,-6,3,-4,9,-7]
#print and call the function
print(negative_num(newl))
<u>Output</u>:
[-5, -6, -4, -7]
Explanation:
Here, we define the function "negative_num" and pass an argument "num_list" in its parameter and inside the function.
- Set new list data type variable "nlist".
- Set the for loop which iterate as the list.
- Set the if conditional statement to check the value of the list is less than 0 then, add that negative values in the variable "nlist".
- Then, return the new list.
Finally, we set a variable "newl" which store the list of negative and positive numbers then, we print and call the function.
Answer:
A) The algorithm will work if they are divided into groups of 7
B ) If the groups of 3 are used they do not run in Linear time
Explanation:
ATTACHED TO THIS IS THE DETAILED PROVE OF why the algorithm will work if they are divided into groups of 7 and also the prove that if groups of 3 are used they do not run in Linear time
B: feasibility study
They are analyzing whether the project or application makes sense or is feasible, given the available resources, budget and projected monetary gains.
