R Notebook

# Wall Size
length <- 10
height <- 7
bricks_per_sq_ft <- 4

#minus the 3 bricks
damaged_bricks <- 3


total_bricks = (length * height * bricks_per_sq_ft) - damaged_bricks


effort <- sqrt(total_bricks)


print(effort)

[1] 16.64332

# Question 2

mass = 2
speed = 3

energy = mass * (speed^2) + 10 - 2

print(energy)

[1] 26

#Question 3

# Defining
OJ = 250
PJ = 300
spill = 75
friends = 2

#Calculating the juice after soill
total_juice = (OJ + PJ) - spill


#Dividing among friends
juice_per_person = total_juice / friends


# final amount usiing exponentiation
final_amount = juice_per_person^0.5


print(final_amount)

[1] 15.41104

# Question 4

#Defining 
r_mass = 80
acc = 9.8
wind_r = 25

#Calculating the force
force = r_mass * acc

#Subtract the wind resistance
adjusted_force = force - wind_r


#computing sqaure root
sqrt_force = sqrt(adjusted_force)


# Raise the power of 1.2
final_value = sqrt_force^1.2
print(final_value)

[1] 53.47429

#defineing
pizza_radius = 7
area = 3.14
crust = 1.2
burned_percentage = 5 / 100

# Calculating Pizza area
pizza_area = area * pizza_radius^2




#adjusting for crust thickness
adjusted_area = pizza_area * crust


#Remove burned edge
final_pizza_area = adjusted_area - (adjusted_area * burned_percentage)


#estimate
deliciousness = sqrt(final_pizza_area)

print(deliciousness)

[1] 13.24388