python Carefully consider the code below, which contains a function definition: def trim_tree(tree, amount): print(tree.name) new_height = tree.height - amount / 100 print(f'Height will be {new_height:.1f} m after trimming') # Create a Tree object with name='Tasmanian Oak' and height=73.5. tree = Tree('Tasmanian Oak', 73.5) How should the function be called if we want the following output to be produced: Tasmanian Oak Height will be 60.0 m after trimming a. def tree.trim_tree(13.5) b. trim_tree(tree, 1350) c. trim_tree(amount=1350) d. trim_tree(tree, 13.5) e. trim_tree(amount=13.5) f. def tree.trim_tree(1350)
python Carefully consider the code below, which contains a function definition: def trim_tree(tree, amount): print(tree.name) new_height = tree.height - amount / 100 print(f'Height will be {new_height:.1f} m after trimming') # Create a Tree object with name='Tasmanian Oak' and height=73.5. tree = Tree('Tasmanian Oak', 73.5) How should the function be called if we want the following output to be produced: Tasmanian Oak Height will be 60.0 m after trimming a. def tree.trim_tree(13.5) b. trim_tree(tree, 1350) c. trim_tree(amount=1350) d. trim_tree(tree, 13.5) e. trim_tree(amount=13.5) f. def tree.trim_tree(1350)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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python
Carefully consider the code below, which contains a function definition:
def trim_tree(tree, amount):
print(tree.name)
new_height = tree.height - amount / 100
print(f'Height will be {new_height:.1f} m after trimming')
# Create a Tree object with name='Tasmanian Oak' and height=73.5.
tree = Tree('Tasmanian Oak', 73.5)
How should the function be called if we want the following output to be produced:
Tasmanian Oak
Height will be 60.0 m after trimming
a.
def tree.trim_tree(13.5)
b.
trim_tree(tree, 1350)
c.
trim_tree(amount=1350)
d.
trim_tree(tree, 13.5)
e.
trim_tree(amount=13.5)
f.
def tree.trim_tree(1350)
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