##printf string example##

#define variables
name            = 'Alex Mednick'
age             = 31                #:(
height_inches   = 70                #ishinches
weight_pounds   = 190             #pounds
eyes            = 'Brown'
hair            = 'Browner'
heavy           = weight_pounds > 3000 #sets boolean output on is_heavy based on my_weight being greater than 3000
sigma_i           = age + height_inches + weight_pounds
##output##
print (f"Let's talk about {name} using the Imperial system.")
print (f"He is arround {height_inches} inches tall.")
print (f"He's {weight_pounds} pounds.")
print (f"It would be {heavy} to say that he is overweight.")
print (f"He's got {eyes} eyes and {hair} hair.")

print(f"If I add {age}, {height_inches} and {weight_pounds} I get {sigma_i}")

##convert to metric
height_cm       = height_inches * 2.54
weight_kg       = weight_pounds * 0.45359237
sigma_m           = age + height_cm + weight_kg

##metric output##
print (f"now let's talk about {name}. using the Metric system")
print (f"He is arround {height_cm} centimeters tall.")
print (f"He's {weight_kg} kilograms in weight.")

print(f"If I add {age}, {height_cm} and {weight_kg} I get {sigma_m}")

37a86f7f5acfd9c42d41711c905e6f80979d517d
<mask token>

<mask token>
print(f"Let's talk about {name} using the Imperial system.")
print(f'He is arround {height_inches} inches tall.')
print(f"He's {weight_pounds} pounds.")
print(f'It would be {heavy} to say that he is overweight.')
print(f"He's got {eyes} eyes and {hair} hair.")
print(f'If I add {age}, {height_inches} and {weight_pounds} I get {sigma_i}')
<mask token>
print(f"now let's talk about {name}. using the Metric system")
print(f'He is arround {height_cm} centimeters tall.')
print(f"He's {weight_kg} kilograms in weight.")
print(f'If I add {age}, {height_cm} and {weight_kg} I get {sigma_m}')

name = 'Alex Mednick'
age = 31
height_inches = 70
weight_pounds = 190
eyes = 'Brown'
hair = 'Browner'
heavy = weight_pounds > 3000
sigma_i = age + height_inches + weight_pounds
print(f"Let's talk about {name} using the Imperial system.")
print(f'He is arround {height_inches} inches tall.')
print(f"He's {weight_pounds} pounds.")
print(f'It would be {heavy} to say that he is overweight.')
print(f"He's got {eyes} eyes and {hair} hair.")
print(f'If I add {age}, {height_inches} and {weight_pounds} I get {sigma_i}')
height_cm = height_inches * 2.54
weight_kg = weight_pounds * 0.45359237
sigma_m = age + height_cm + weight_kg
print(f"now let's talk about {name}. using the Metric system")
print(f'He is arround {height_cm} centimeters tall.')
print(f"He's {weight_kg} kilograms in weight.")
print(f'If I add {age}, {height_cm} and {weight_kg} I get {sigma_m}')

##printf string example##

#define variables
name            = 'Alex Mednick'
age             = 31                #:(
height_inches   = 70                #ishinches
weight_pounds   = 190             #pounds
eyes            = 'Brown'
hair            = 'Browner'
heavy           = weight_pounds > 3000 #sets boolean output on is_heavy based on my_weight being greater than 3000
sigma_i           = age + height_inches + weight_pounds
##output##
print (f"Let's talk about {name} using the Imperial system.")
print (f"He is arround {height_inches} inches tall.")
print (f"He's {weight_pounds} pounds.")
print (f"It would be {heavy} to say that he is overweight.")
print (f"He's got {eyes} eyes and {hair} hair.")

print(f"If I add {age}, {height_inches} and {weight_pounds} I get {sigma_i}")

##convert to metric
height_cm       = height_inches * 2.54
weight_kg       = weight_pounds * 0.45359237
sigma_m           = age + height_cm + weight_kg

##metric output##
print (f"now let's talk about {name}. using the Metric system")
print (f"He is arround {height_cm} centimeters tall.")
print (f"He's {weight_kg} kilograms in weight.")

print(f"If I add {age}, {height_cm} and {weight_kg} I get {sigma_m}")
