Overview Human activity changes the natural environment, and now there are more humans than ever. In fact, there are over seven billion people in the world, and people make, use and throw out a lot of...

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Answered Same DayNov 05, 2021

Answer To: Overview Human activity changes the natural environment, and now there are more humans than ever. In...

Paulami answered on Nov 11 2021
157 Votes
Consider the Environment, Water, Water, Everywhere
Water Bottle Tracking Worksheet
In this worksheet, you will calculate the amount of carbon dioxide, or “carbon footprint,” emitted by just one stage of a plastic water bottle's life cycle: transportation. You
will also perform some other calculations related to bottled water consumption in the United States. Use the answers you calculate to inform your report’s discussion of the environmental impact of using bottled water.
For this worksheet, we will consider the best-selling product of the Warsaw Springs Bottling Company of Warsaw Springs, Maine: the ½-liter (.5 L) spring water bottle.
Perform the following calculations to identify roughly how much carbon dioxide is emitted from transporting the product. For each problem below:
· Include the equations or formulas you used.
· Explain, in words or with mathematical steps, how you arrived at your answers. You do not have to submit sketches, but you may find that drawing parts of the problem on scratch paper can help you understand the problem.
· Include all relevant units (such as miles or cubic inches) in your final answers.
· Round answers to one decimal place unless indicated otherwise.
***
1. Warsaw Springs bottled water is shipped away from the plant by truck, which will travel an average speed of 65 miles per hour.
a. How many hours will it take the truck to drive from the bottling plant to the BigMart store located 121 miles away in Manchester, New Hampshire?
    Number of hours=121 miles/65 miles per hour = 1.9 hours
b. Convert your answer above to minutes. Round to the whole minute.
    Number of minutes=1.9*60 minutes per hour= 114 minutes
2. The carbon footprint from transporting the water depends in part on the number of products that can be transported at one time. The water bottles are shipped upright in shrink-wrapped cases, 24 to a case.
    Case Dimensions
    
Figure 1: Case of water.
Note: Diagram not to scale.

    length
     15.1 in.

    
    width
     8.3 in.

    
    height
    10.2 in.
    
Using the numbers in the table above, what is the area of the base of one case? What is its perimeter? Its volume?
Note: Area units can be expressed as square inches (in2); volume units can be expressed as cubic inches (in3).
    Area of the base= Length*Width = 15.1*8.3 = 125.3 square inches
Perimeter of the base= 2*Length+2*Width = 2*15.1+2*8.3=46.8 inches
Volume= Length*Width*Height = 15.18.3*10.2 = 1278.4 cubic inches
3. The cases are then placed upright in a truck, with as many as will fit in the truck lined up and stacked. The diagram below shows...
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