You were called to investigate a murder. You arrived at the crime scene at 6:00 am on January 30 and immediately took the temperature of the homicide victim and found the body to be at BC, where, B=4 Assume the victim's body temperature at the time of death was 37C. Part II. If the ambient temperature of the crime scene had been fixed at 0C, when was the murder committed? Use Euler's method with a time step, At = 0.1 hr. Note: Show all steps and explanation {3 marks) and include your MATLAB script Part III. Assume that the ambient temperature of the crime scene in C had been fluctuating according to T = sin (2t/24), where 6:00 am on January 30 (at which time you found the body at BC) corresponds to the end of a sinusoidal cycle (period). When was the murder committed? Use Euler's method with a time step, At = 0.1 hr. Note: Show all steps and explanation {3 marks) and include your MATLAB script {2 marks). AN t -BH 6:00 am Jan 29 6:00 am Jan 30 You were called to investigate a murder. You arrived at the crime scene at 6:00 am on January 30 and immediately took the temperature of the homicide victim and found the body to be at BC, where, B=4 Assume the victim's body temperature at the time of death was 37C. Part II. If the ambient temperature of the crime scene had been fixed at 0C, when was the murder committed? Use Euler's method with a time step, At = 0.1 hr. Note: Show all steps and explanation {3 marks) and include your MATLAB script Part III. Assume that the ambient temperature of the crime scene in C had been fluctuating according to T = sin (2t/24), where 6:00 am on January 30 (at which time you found the body at BC) corresponds to the end of a sinusoidal cycle (period). When was the murder committed? Use Euler's method with a time step, At = 0.1 hr. Note: Show all steps and explanation {3 marks) and include your MATLAB script {2 marks). AN t -BH 6:00 am Jan 29 6:00 am Jan 30