<span>This project will develop the "Sustainable Project Dashboard", an interactive software application for data collection, analysis and visualization that shows measures of social, economic and environmental performance for sustainability projects. This dashboard would be used as a tool for managing a project, for learning about complex systems and sustainability, and for education and outreach.
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Answer:
Beginning with Earth, then Jupiter, followed by Saturn, then Uranus, and finally Neptune
Explanation:
The distance of these planets from the sun is as follows. This is the average distance as the distance changes with the position of the planet in its orbit.
Earth = 150 million km
Jupiter = 779 million km
Saturn = 1.43 billion km
Uranus = 2.88 billion km
Neptune = 4.5 billion km
No. The answer is biosphere
Answer:
B
Explanation:
There are 7 billion people in the world and we approached that number in 2011.
Answer:
Perimeter of quadrilateral = 12.35 units
Explanation:
To find - Find the perimeter of a quadrilateral with vertices at C (−2, 4), D (−3, 1), E (1, 0), and F (−1, 2).
Proof -
The figure becomes :
We have the points -
C (−2, 4),
D (−3, 1),
E (1, 0),
F (−1, 2)
Now,
We know that -
The perimeter = Distance of (CD + DE + EF + FC)
Now,
Distance of CD = √(-3 + 2)² + (1 - 4)²
= √(-1)² + (-3)²
= √1 + 9
= √10 = 3.16
⇒Distance of CD = 3.16
Now,
Distance of DE = √(1 + 3)² + (0 - 1)²
= √(4)² + (-1)²
= √16 + 1
= √17 = 4.12
⇒Distance of DE = 4.12
Now,
Distance of EF = √(-1 - 1)² + (2 - 0)²
= √(-2)² + (2)²
= √4 + 4
= √8 = 2.83
⇒Distance of EF = 2.83
Now,
Distance of FC = √(-2 + 1)² + (4 - 2)²
= √(-1)² + (2)²
= √1 + 4
= √5 = 2.24
⇒Distance of FC = 2.24
So,
Perimeter of quadrilateral = 3.16 + 4.12 + 2.83 + 2.24
= 12.35 units
⇒Perimeter of quadrilateral = 12.35 units