a program that utilises a recursive function to calculate the sum of integer values between two rs inclusive, i.e. 5 , and 7 as inputs should return 18(5+6+7). The program should ask the user for nd high numbers to act as the initial and last values in this calculation, then find and return the s brogram will need to provide feedback if this is not possible due to; the input values not being inte 'low' value being higher than the 'high' value. nstrate this program works with: The calculation of the sum of values between the first number of your student number and the la two digits of your student number when read as one number. (i.e. with a student number of 54 the values will be ' 5 ' and ' 20.) The calculation of a low value of "- 12 " and a high value of your height in feet (rounding up). Suitable feedback for invalid input. estion 3 a Py Program that will create a graph of y=f(x) where; 4x3 rraph will need to plot the values of y for the values of x between -5 and +15 for both lines. mpletely address this question you will need to; rectly label the created graph with a title and labelled axes. a function to calculate the values of y for a given x value for both lines. ssessment will allow you to demonstrate your Python programming abilities by producing solutior llowing three questions. For each question you will need to produce evidence of the code you hav d, ideally in an IDE (such as Pyze or Replit), and also proof of the valid output generated by runni ode. The code created should also satisfy the following requirements; suitable variable and function names which, where possible, identify the data type or function's ration / role. comments to explain the primary operations, role, or behaviour of your code. tain a "\#\#" title with a description, your name and student number at the start of the program. tal marks for the assessment is 15. estion 1 rks) evised 'Harris-Benedict' method for calculating 'Basal Metabolic Rate' (BMR) is as follows: BMR=88.362+(13.397 weight in kg)+(4.799 height in cm)(5.677 age in years ) BMR=447.593+(9.247 weight in kg)+(3.098 height in cm)(4.330 age in years ) on an individual's level of weekly exercise, the recommended daily kilocalorie intake to maintain t weight can be calculated via; a program that utilises a recursive function to calculate the sum of integer values between two rs inclusive, i.e. 5 , and 7 as inputs should return 18(5+6+7). The program should ask the user for nd high numbers to act as the initial and last values in this calculation, then find and return the s brogram will need to provide feedback if this is not possible due to; the input values not being inte 'low' value being higher than the 'high' value. nstrate this program works with: The calculation of the sum of values between the first number of your student number and the la two digits of your student number when read as one number. (i.e. with a student number of 54 the values will be ' 5 ' and ' 20.) The calculation of a low value of "- 12 " and a high value of your height in feet (rounding up). Suitable feedback for invalid input. estion 3 a Py Program that will create a graph of y=f(x) where; 4x3 rraph will need to plot the values of y for the values of x between -5 and +15 for both lines. mpletely address this question you will need to; rectly label the created graph with a title and labelled axes. a function to calculate the values of y for a given x value for both lines. ssessment will allow you to demonstrate your Python programming abilities by producing solutior llowing three questions. For each question you will need to produce evidence of the code you hav d, ideally in an IDE (such as Pyze or Replit), and also proof of the valid output generated by runni ode. The code created should also satisfy the following requirements; suitable variable and function names which, where possible, identify the data type or function's ration / role. comments to explain the primary operations, role, or behaviour of your code. tain a "\#\#" title with a description, your name and student number at the start of the program. tal marks for the assessment is 15. estion 1 rks) evised 'Harris-Benedict' method for calculating 'Basal Metabolic Rate' (BMR) is as follows: BMR=88.362+(13.397 weight in kg)+(4.799 height in cm)(5.677 age in years ) BMR=447.593+(9.247 weight in kg)+(3.098 height in cm)(4.330 age in years ) on an individual's level of weekly exercise, the recommended daily kilocalorie intake to maintain t weight can be calculated via