BMI in US units= 703 X Weight in lbs / ( Height in inches )

BMI in UK units= 6.35 X Weight in kg / ( Height in meter )

For Female = 655 + (9.6 x Weight) + (1.8 x Height) - (4.7 x Age) x Activeness;

1 tea spoon = ~5 milliliters

BAI = ( HC / (HM )

BMI = WK / HM

Where,

BAI = Body Adiposity Index

HC = Hip Circumference in Centimeter

BMI = Body Mass Index

WK = Weight in Kilogram

HM = Height in Meter

Calorie Burned = ((-95.7735 + (0.634 × HR) + (0.404 × VO

Calorie Burned = ((-59.3954 + (0.45 × HR) + (0.380 × VO

Where,

HR = Heart Rate

W = Weight in kilograms

A = Age

VO

T = Exercise duration time in hours

W = (C*S/N)*(1/distance)

Where,

C = calories burned

N = Net value

S = Walking Pace

Where,

W = weight

N = Net value

S = Walking Pace

For Male, 52 kg + 1.9 kg per inch over 5 feet

For Female, 49 kg + 1.7 kg per inch over 5 feet

For Male, 56.2 kg + 1.41 kg per inch over 5 feet

For Female, 53.1 kg + 1.36 kg per inch over 5 feet

For Male, 48.0 kg + 2.7 kg per inch over 5 feet

For Female, 45.5 kg + 2.2 kg per inch over 5 feet

For Male, 50.0 + 2.3 kg per inch over 5 feet

For Female, 45.5 + 2.3 kg per inch over 5 feet

18.5 - 25 for both man and woman

Where,

Energy Coefficiency Values

< 10mph = 4

10-12 mph = 6

12-14 mph = 8

14-16 mph = 10

16-20 mph = 12

> 20 mph = 16

Harris-Benedict Equation = (13.7516 x w) + (5.0033 x h) - (6.775 x a) + 66.4730

Mifflin St Jeor Equation = (10 x w) + (6.25 x h) - (5 x a) + 5

Harris-Benedict Equation = (9.563 x w) + (1.85 x h) - (4.676 x a) + 655.1

Mifflin St Jeor Equation = (10 x w) + (6.25 x h) - (5 x a) - 161

Katch-McArdle Equation (lbm) = (w * (100-Body Fat))/100

BMR = 370 + (21.6 * lbm)

Avg = (Mifflin St Jeor Equation + Harris-Benedict Equation+ BMR) / 3

TDEE = Avg * Exercise

Where,

w = Weight

h = Height

a = Age

Body Fat Percent

Where,

a = Waist

b = Weight

Fat percentage for Women = (163.205 x (Log (Waist + Hip - Neck)) - (97.684 x Log(Height)) - 78.387

d = ((7.57 × h) - (5.02 × a) - (1.76 × w) - 309)

For Female

d=( (2.11 × h) - (5.78 × a) - (2.29 × w) + 667)

p = (c / d × 100)

Where,

d = Expected 6 Minute Walk Distance For Healthy Patient(m)

p = Percentage of Normal

h = Height

a = Age

w = Weight

g = Gender (For Male 1,For Female 0)

c = Distance Walked(m)