PLEASE HELP. VERY SIMPLE. USE MATLAB ONLY - NO OTHER LANGUAGES. ALSO IF YOU CAN ONLY COMPLETE ONE OF THEM THAT IS OK. THANKS.

Blood Fat ?Fat Muscle Bone (1) A cross-section through human skin down to the core 37 oC 37 C37C core 0 C tissue is shown by the diagram, right. Thermal data for various tissues and media are shown below Muscle WaterAir (0C) Skin Thermal Conductivity 0.209 3.39 1.109 Tissue Type Blood Fat Bone 0.492 3.6 1.043 0.201 2.3 0.909 0.453 3.8 1.060 0.520 1.3 1.750 0.627 4.179 1.000 0.025 1.0 0.0013 Heat Capacity Density (g cm-) Solve the PDE to find temperature every 0.1 mm across the tissues from the core to the skin at intervals of 10 seconds. Assume the core temperature is fixed at 37 C, the ambient air is at 0 C and all the tissue are initially at 37 oC. Give your answer as three plots of temperature from the core to the skin after total times of 100 seconds, 300 seconds and 600 seconds SUBMIT THE PLOTS AND CODE ON SAKA (2) Repeat the calculations of (1) with the environment being water at 0 C, and hence, explain in a couple of sentences the relative risk of frostbite from immersion in freezing water compared to being in an air ambient at 0 C. Give your answer as three plots of temperature from the core to the skin after total times of 100 seconds, 300 seconds and 600 seconds Blood Fat ?Fat Muscle Bone (1) A cross-section through human skin down to the core 37 oC 37 C37C core 0 C tissue is shown by the diagram, right. Thermal data for various tissues and media are shown below Muscle WaterAir (0C) Skin Thermal Conductivity 0.209 3.39 1.109 Tissue Type Blood Fat Bone 0.492 3.6 1.043 0.201 2.3 0.909 0.453 3.8 1.060 0.520 1.3 1.750 0.627 4.179 1.000 0.025 1.0 0.0013 Heat Capacity Density (g cm-) Solve the PDE to find temperature every 0.1 mm across the tissues from the core to the skin at intervals of 10 seconds. Assume the core temperature is fixed at 37 C, the ambient air is at 0 C and all the tissue are initially at 37 oC. Give your answer as three plots of temperature from the core to the skin after total times of 100 seconds, 300 seconds and 600 seconds SUBMIT THE PLOTS AND CODE ON SAKA (2) Repeat the calculations of (1) with the environment being water at 0 C, and hence, explain in a couple of sentences the relative risk of frostbite from immersion in freezing water compared to being in an air ambient at 0 C. Give your answer as three plots of temperature from the core to the skin after total times of 100 seconds, 300 seconds and 600 seconds