Write a C++ program for a biologist that calculates and prints metabolic power. 1. Include a void function, called GetData, that takes six arguments and inputs the mass, ambient temperature, chamber pressure, concentration of ambient air (pre-animal), concentration of ambient air (post-animal), and the rate in which oxygen is pumped into the chamber. 2. Include a void function, called CalcVOC, that takes four parameters and determines voc. 3. Include a value-returning function, called CalcSTP, that takes three parameters (voc, cp, at) and calculates stp. 4. Include a value-returning function, called CalcMP, that takes two parameters (stp, mass) and calculates mp. 5. Include a function, called PrintMetPower, that takes seven parameters and prints an appropriate concluding message on the screen. Demonstrate that your program works using the squirrel example above. This program computes the metabolic power of mammals and reptiles. Please input the mass of the animal: 30 Please input the ambient temperature: 5 Please input chamber pressure: 756 Please input concentration of oxygen in ambient air (pre-animal): 0.2095 Please input concentration of oxygen in ambient air (post-animal): 0.2092 Please input the rate of oxygen: 6000 The mass of the animal is 30 grams. The ambient temperature is 5 degrees. The chamber pressure is 756 mmHG. The concentration of ambient air (pre-animal) is 0.2095 The concentration of ambient air (post-animal) is 0.2092. The rate of oxygen is 6000 mL/hr. The metabolic power for this mammal or reptile is 0.414055. Write a C++ program for a biologist that calculates and prints metabolic power. 1. Include a void function, called GetData, that takes six arguments and inputs the mass, ambient temperature, chamber pressure, concentration of ambient air (pre-animal), concentration of ambient air (post-animal), and the rate in which oxygen is pumped into the chamber. 2. Include a void function, called CalcVOC, that takes four parameters and determines voc. 3. Include a value-returning function, called CalcSTP, that takes three parameters (voc, cp, at) and calculates stp. 4. Include a value-returning function, called CalcMP, that takes two parameters (stp, mass) and calculates mp. 5. Include a function, called PrintMetPower, that takes seven parameters and prints an appropriate concluding message on the screen. Demonstrate that your program works using the squirrel example above. This program computes the metabolic power of mammals and reptiles. Please input the mass of the animal: 30 Please input the ambient temperature: 5 Please input chamber pressure: 756 Please input concentration of oxygen in ambient air (pre-animal): 0.2095 Please input concentration of oxygen in ambient air (post-animal): 0.2092 Please input the rate of oxygen: 6000 The mass of the animal is 30 grams. The ambient temperature is 5 degrees. The chamber pressure is 756 mmHG. The concentration of ambient air (pre-animal) is 0.2095 The concentration of ambient air (post-animal) is 0.2092. The rate of oxygen is 6000 mL/hr. The metabolic power for this mammal or reptile is 0.414055