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alekssr [168]
4 years ago
8

Does anyone the answer to this question? I've to tried to answer the question but my outcome is wrong.

Geography
1 answer:
TiliK225 [7]4 years ago
4 0
I believe the answer is 2.000 004 x 10^6
The third option.
Hope that helps you! :)
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In the context of changing environments, identify a true statement about environmental uncertainty.
hodyreva [135]

Answer:

correct answer is option C

Explanation:

Option a cannot be correct since when three is technological stability in the industry environmental uncertainty will remain constant.

Option b cannot be correct since when  industry  the industry is at an equilibrium   state than environmental uncertainty will not be affected.

Option c is correct since environmental complexity affect the environmental uncertainty when environmental complexity is high than environmental uncertainty will be high and when environmental complexity is low than environmental uncertainty will be low.

option d cannot be correct since  environmental uncertainty is most likely to be high when environmental change is extensive.

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1. Basaltic lava flows (those referred to as low viscosity flows) can travel 1-10 km/hr (0.6- 6 mi/hr) depending on the steepnes
Katarina [22]

Answer:

The time will be "2 hours".

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Around 10 km/hr, lava eruptions were travelling. The vents was just 15 km (9.3 mi) away Kalapana city as well as 20 km (12.6 mi) from Pahoa city.  

So, we therefore need add the method, which would be: to taking out another time that civil defense officials just had to assess a city.

⇒  Time = \frac{Total \ distance}{Flow \ rate \ of \ lava}

Thus, to measure the time spent throughout the community of Kalapana,

⇒  Time=\frac{15}{10}

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The civil defense officers provide 1.5 hours of time each assess the city of Kalapana.  

In order to measure the time spent in the towns of Pahoa,

⇒  Time = \frac{20}{10}

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5 0
3 years ago
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