course_1_assessment_6

# Write one for loop to print out each character of the string my_str on a separate line.

my_str = "MICHIGAN"

for char in my_str:
    print(char)

# Write one for loop to print out each element of the list several_things.
# Then, write another for loop to print out the TYPE of each element of the list several_things.
# To complete this problem you should have written two different for loops,
# each of which iterates over the list several_things,
# but each of those 2 for loops should have a different result.

several_things = ["hello", 2, 4, 6.0, 7.5, 234352354, "the end", "", 99]

for each_element in several_things:
    print(each_element)

for each_element in several_things:
    print(type(each_element))

# Write code that uses iteration to print out the length of each element of the list stored in str_list.


str_list = ["hello", "", "goodbye", "wonderful", "I love Python"]

# Write your code here.
for each_element in str_list:
    print(len(each_element))

# Write code to count the number of characters in original_str using the accumulation pattern and
# assign the answer to a variable num_chars. Do NOT use the len function to solve the problem
# (if you use it while you are working on this problem, comment it out afterward!)

original_str = "The quick brown rhino jumped over the extremely lazy fox."

word = 0
for _ in original_str:
    word = word + 1
    num_chars = word
print(num_chars)

# addition_str is a string with a list of numbers separated by the + sign.
# Write code that uses the accumulation pattern to take the sum of all of the numbers and
# assigns it to sum_val (an integer).
# (You should use the .split("+") function to split by "+" and int() to cast to an integer).

addition_str = "2+5+10+20"

lst = addition_str.split("+")   # .split("+") use for this ['2', '5', '10', '20']

sum_val = 0                     # accumulation part
for num in lst:
    sum_val += int(num)         # int user for integer value of each item

print(sum_val)

# week_temps_f is a string with a list of Fahrenheit temperatures separated by the , sign.
# Write code that uses the accumulation pattern to compute the average (sum divided by number of items) and
# assigns it to avg_temp.
# Do not hard code your answer
# (i.e., make your code compute both the sum or the number of items in week_temps_f)
# (You should use the .split(",") function to split by "," and float() to cast to a float).
week_temps_f = "75.1,77.7,83.2,82.5,81.0,79.5,85.7"

lstA = week_temps_f.split(",")
temp = 0
for Floattemp in lstA:
    temp = temp + float(Floattemp)

lstB = len(lst)
avg_temp = temp / lstB
print(avg_temp)



# Write code to create a list of numbers from 0 to 67 and
# assign that list to the variable nums. Do not hard code the list.

nums = list(range(68))
print(nums)

# Write code to create a list of word lengths for the words in original_str using the accumulation pattern and
# assign the answer to a variable num_words_list. (You should use the len function).

original_str = "The quick brown rhino jumped over the extremely lazy fox"

original_list = original_str.split()

num_words_list = []
for i in original_list:
    num_words_list = num_words_list + [len(i)]
print(num_words_list)

# Create an empty string and assign it to the variable lett.
# Then using range, write code such that when your code is run,
# lett has 7 b’s ("bbbbbbb").

lett = ""
for i in range(7):
    lett += 'b'
print(lett)

# Write a program that uses the turtle module and a for loop to draw something.
# It doesn’t have to be complicated,
# but draw something different than we have done in the past.
# (Hint: if you are drawing something complicated,
# it could get tedious to watch it draw over and over.
# Try setting .speed(10) for the turtle to draw fast,
# or .speed(0) for it to draw super fast with no animation.)

import turtle

wn = turtle.Screen()
wn.bgcolor("lightgreen")
jony = turtle.Turtle()
jony.pensize(3)
jony.speed(10)

for choice_color in ["red","blue","yellow","pink","black","hotpink","orange","navyblue"]:
    jony.color(choice_color)
    jony.forward(80)
    jony.left(45)

wn.exitonclick()