Respuesta :
Answer:
in 2050 we will use about 131 million barrels a day
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The given two points of data can be expressed as a linear model by
finding the slope and intercept.
Response:
- The consumption in 2050 will be 131 million barrels
First part:
- The linear equation for the oil consumption, y, x years after 2000 is; y = 1.1·x + 76
- Please find attached the required attached graph of the above equation created with MS Excel
Second part:
- The shape of the trend will be parabolic
Third part:
- The real world steps that could be taken is to reduce the utilization of fossil fuels for power
Fourth part:
- The consumption in 2050 will be 131 million barrels
How can a linear model be derived?
First part:
The amount of oil used in 2000 = 76 million barrel
The amount of oil used in 2010 = 87 million barrel
The slope of the graph is therefore;
[tex]Slope = \mathbf{\dfrac{87 - 76}{2010 - 2000}} = 1.1[/tex]
The equation of the graph is therefore;
y - 87 = 1.1·(x - 10)
Which gives;
y = 1.1·x - 11 + 87 = = 1.1·x + 76
The oil consumption, y, x years after 2000 is; y = 1.1·x + 76
- The graph of the above linear equation created with MS Excel is attached
Second part:
Taking trend can be made less linear by assuming a higher
consumption than the consumption in 2010, thereby making the model
look like a parabola.
Third part:
- The real world steps that could be taken is to reduce the utilization of fossil fuels for power
Fourth part:
The consumption in 2050 is given by plugging in x = 50 in the linear equation, y = 1.1·x + 76
Which gives;
y = 1.1 × 50 + 76 = 131
- The consumption in 2050 will be 131 million barrels
Learn more about linear models here:
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