Define a function stat(gender, age, height, mass) that returns weight, meter, centimeter, and bmr, in which:Use the variables defined in the input (age, height, mass) and s_value, to implement the formula for BMR: bmr = 10.0 * mass + 6.25 * height - 5.0 * age + s_valueCreate a new variable weight that measures the mass in 斤. Use the conversion factor 1 kilogram = 2 斤.Create a new variables meter and centimeter each represented as integers. Those value should be computed by using one Python arithmetic operator on the variable heightExpected outputAssume mass = 55, height = 160, age = 22, s_value = -161, once you call the function,stat(gender, age, height, mass)The expected output should be:(110, 1, 60, 1279.0)

Create a function of name get_bmi() that receive the weight in kilograms and height in centimeter of a person and return his or her Body Mass index (BMI). The function should convert the height to meters before calculating the BMI.Height in meter = height in centimeter / 100BMI = weight in kilogram / (height in meter * height in meter)For example:Test Resultprint("BMI value:", round(get_bmi(60, 160),1))BMI value: 23.4print("BMI value:", round(get_bmi(85, 170),1))BMI value: 29.4

BMI CalculatorCreate an application which calculates BMI (Body Mass Index)Your app should have 2 input boxesTake weight in kgs from userTake height in meters from userBased on entered height and weight calculate BMI of that personHere is the formula for manually calculating BMI BMI = (weight) / (height * height)From the obtained BMI result, display whether the person isUnderWeight - bmi <= 18.4Normal Weight - bmi >= 18.5 && bmi <= 24.9Overweight - bmi >= 25 && bmi <= 29.9Obese - bmi >= 30Hint: use If conditionsSample Output

John is a fitness trainer and needs to calculate the Body Mass Index (BMI) for his clients to assess their health status. Write a program for him that takes the weight in kilograms and height in meters of a client as input, calculates their BMI, and determines if they fall within the healthy range.Note: The healthy range of BMI is 18.5 to 24.9 (both inclusive).Input format :The input consists of two double values: the weight in kilograms and the height in meters.Output format :The first line of output prints "BMI: X" where X is a double value, rounded off to two decimal places.The second line prints one of the following:If the BMI is within the valid range, print "Healthy Range".Otherwise, print "Not in Healthy Range".Refer to the sample output for formatting specificationsCode constraints :10.0 ≤ weight ≤ 300.00.00 ≤ height ≤ 3.00Sample test cases :Input 1 :65.81.75Output 1 :BMI: 21.49Healthy RangeInput 2 :124.31.87Output 2 :BMI: 35.55Not in Healthy Range

Given height and weight of a person in float, calculate Body Mass index of the person and print respective output based on calculation. Formulae for calculation: [weight (kg) / height (cm) / height (cm)] x 10,000 .For Example: weight =76.7 , height=162.2 BMI=((76.7/162.2)/162.2)X 10,000BMI=(0.4728/162.2)X 10,000 BMI=0.000291X 10,000 BMI=29.1 So, it is Overweight.Print "Underweight" or "Healthy weight" or "Overweight" or "Obesity". Below 18.5        Underweight 18.5 – 24.9        Healthy weight 25.0 – 29.9       Overweight 30.0 and Above      ObesityInput Format:Accept two inputs, weight(float) and height(float)Output Format:Print "Underweight" or "Healthyweight" or "Overweight" or "Obesity"Constraints:1<=N<=10^15Sample Input 1:46.5 165.3Sample Output 1:UnderweightSample Input 2:76.7 162.2Sample Output 2:Overweight

Problem StatementBalaji wants your help to design a fitness calculator. The simple measure of body fitness is the BMI or Body Mass Index. It depends only on the height L and weight W of a person. It is defined as BMI = [weight / height2] where weight is taken in kilograms and length in meters. Four general grades are proposed:Underweight[U] - when BMI < 18.5Normal weight[N] - 18.5 <= BMI < 25.0Heavyweight [H] - 25.0 <= BMI < 30.0Overweight [O] - above or equal to 30.0Write a program that takes in the Weight (in Kg) and Length (in meters) of an individual and displays the grade as U, N, H, O.Note: Store all the variables in register memory.Input format :The first line of input consists of an integer, representing the weight.The second line consists of a double value, representing the height in meters.Output format :The output displays the grade based on the given conditions.Refer to the sample output for the formatting specifications.Code constraints :In the given scenario, the test cases will fall under the following constraints:60 ≤ weight ≤ 2001.0 ≤ height ≤ 5.0Sample test cases :Input 1 :1303.5Output 1 :UInput 2 :2002.7Output 2 :HInput 3 :902.1Output 3 :NInput 4 :741.3Output 4 :O