All minerals and metals are not created equal. Geological engineers mathematical modeling to estimate the amount of materials underground. Through careful analysis and decision-making, they decide where to dig and how to extract the raw material. In this assignment, there are two different masses of materials, and it is your job to determine which mass is the largest and which is the most valuable. Use the table of Raw Material Values to calculate the weight and value of the material to determine the best place to dig. RAW MATERIAL VALUES -For Example- ALUMINUM Mineral Pounds per 1 Cubic Current Cost Foot (Density) 6 ft Aluminum 168.48 lbs $0.91/lbs Coal 87 lbs $0.033/lbs Copper 559.87 lbs $3.24/lbs 4 ft Crude Oil 53 lbs $18.02/lbs Gold 1206.1 lbs $19,060/lbs 1 ft Iron Ore 491.4 lbs $0.056/ lbs Lead 707.7 lbs $1.04/lbs Volume: 24 ft Natural Gas 1,027 btu $3,800,000/btu 24 ft x 168.48 lbs/ft = Nickel 555.72 lbs $8.65/lbs Estimated Pounds: 4043.52 lbs Platinum 1339.2 Ibs $21,547/lbs 4043.52 Ibs x $0.91/lbs Silver 655.3 lbs $302.50/lbs Estimated Value: = $3679.60 Zinc 445.3 Ibs $1.09/Ibs GOLD SILVER 15 ft 2 ft 2 ft 0.8 ft Volume: Volume: Estimated Pounds: Estimated Pounds: Estimated Value: Estimated Value: What is the difference in the value of the materials