We notice that 55.50 mL of pure water completely fills a particular container to the brim...

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We notice that 55.50 mL of pure water completely fills a particular container to the brim at 20C. We heat the container and water to 60C, and measure that 0.30g of water spills out. What is the coefficient of volume expansion of the container? (Assume the container is made of one material.) The density of water at 60C is p = 0.98324g/mL and the coefficient of volume expansion of water is B = 210 x 106/C, which is valid for temperatures not near to freezing. Note: input your answer as just the coefficient before x 106/C. For example, if your solution was 9.53 x 10-6/C, you'd type the answer 9.53. (Sorry that Canvas can't deal with scientific notation!) We notice that 55.50 mL of pure water completely fills a particular container to the brim at 20C. We heat the container and water to 60C, and measure that 0.30g of water spills out. What is the coefficient of volume expansion of the container? (Assume the container is made of one material.) The density of water at 60C is p = 0.98324g/mL and the coefficient of volume expansion of water is B = 210 x 106/C, which is valid for temperatures not near to freezing. Note: input your answer as just the coefficient before x 106/C. For example, if your solution was 9.53 x 10-6/C, you'd type the answer 9.53. (Sorry that Canvas can't deal with scientific notation!)

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