Question
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On the morning of the June 23,2000 , the MV Treasure - a bulk ore carrier -
sank off the west coast of South Africa, causing a major oil spill.
The MV Treasure had 1344 metric tonne of heavy fuel oil on board, as well
as 56 metric tonne of marine diesel and 64 metric tonne of lubrication oil. All
of this fuel except for 205 metric tonne of the heavy fuel oil ended up in the
cean, in the area between Robben Island (near Cape Town) and Dassen Island
off the coast of the West Coast National Park).
How many tonne of fuel spilt into the ocean during this disaster?
If one metric tonne is 1000 litres, convert the answer in to litres.
Convert the answer in to cubic metres. ( 1 litre )
If this volume of fuel was to be poured into a rectangular prism with the
base having the same dimensions as a soccer field, calculate the height
of the volume of fuel in centimetres. (The dimensions of a soccer field
are approximately 105 m by 69 m ; the volume of a rectangular prism
length width height.)

Ask by Weber Burns. in South Africa
Jan 23,2025

Upstudy AI Solution

Tutor-Verified Answer

Answer

Total Fuel Spilled: 1,259 metric tonnes
In Litres: 1,259,000 litres
In Cubic Metres: 1,259 m³
Height in Soccer Field-Shaped Prism: 17.4 cm

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Mind Expander

To find out how many tonnes of fuel spilled into the ocean during the MV Treasure disaster, we start by calculating the total amount of fuel on board:
  • Total fuel = Heavy fuel oil + Marine diesel + Lubrication oil = 1344 + 56 + 64 = 1464 metric tonnes.
  • Total fuel after the spill = 1464 metric tonnes - 205 metric tonnes = 1259 metric tonnes.
Now for the conversion to litres and cubic metres:
  1. Litres: .
  2. Cubic metres: To convert litres to cubic metres: .
Next, we calculate the height of the fuel spilled if it were poured into a rectangular prism with the dimensions of a soccer field. The area of the soccer field can be calculated as follows:
  • Area .
Now, using the formula for the volume of a rectangular prism :
  • Rearranging this for height gives us .
Substituting in the values, we find the height in metres first:
  • Height .
To convert this to centimetres (1 m = 100 cm):
  • Height .
So, the final answer for height of the fuel would be approximately 17.4 cm.

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