A researcher has created three different categories of fertilizer (A, B, and C) based on the amount of nitrogen found in a sample. Design and implement a modular pseudocode program in that performs...

A researcher has created three different categories of fertilizer (A, B, and C) based on the amount of nitrogen found in a sample. Design and implement a modular pseudocode program in that performs the following tasks:
welcomes a technician to the programprompts the technician to enter the amount of nitrogen found in a sampleclassifies the sample by category based on the specifications provided below (amounts are in grams): Category Nitrogen(n) Range for Classification A 0.0 B 1.25 C n > 3.0Solutions will be graded using the course programming assignment rubric.
Additional notes:
Fractional input values are allowed.You may assume input will be non-negative.Use constants for numeric and String literal values.Pay close attention to the relational operators in the category ranges.Your solution must be modular and must contain at least one function and one module in addition to the main module.Include an ID header.Use descriptive comments.Do not use pass-by-reference, global constants, or global variables.Do not assume the existence of library functions, if you call it you must write itDo not use any pseudocode features not yet covered in class (e.g. loops or files)Sample output follows (user input is in bold font).
Welcome to the fertilizer classifier!Please enter the grams of nitrogen found in the sample: 0.5This sample is category A
Welcome to the fertilizer classifier!Please enter the grams of nitrogen found in the sample: 1.25This sample is category B
Welcome to the fertilizer classifier!Please enter the grams of nitrogen found in the sample: 3.75This sample is category C