Answer:
energy required = 553772 kJ
Explanation:
we know that
1 m = 100 cm
1 m³ = 1000 L
so volume will be
water volume = 1,658 × 
m³
water volume = 1.658 m³
so water volume we can say = 1,658 liters of water
and
we know that 1 mg of water require = 334 J energy
so here here we can say 1 L = 334 kJ energy
as that 1658 L energy require = 1658 × 334 kJ
energy required = 553772 kJ
It's a Sextant
here is a photo of it with full indications
Hope this Helps :)
Answer:
A sediment deposit close to the continental rise having a coarse material overlaid by successively finer materials of non marine origin is called a turbidite.
.
Explanation:
Turbidity current is the movement of sediment laden water . It is caused by the high density nature of sediments . The current is prevalent in oceans and lakes and it one process that transport sediments from coastal areas to deep sea.
The sediments in the current makes the flow denser and very rapid. The rapid nature of the movement of this sediment laden water causes a kind of selective deposition in deep sea. The more coarse sediments are deposited before less coarse sediments. The sediments deposited fines upward. The coarsest sediments are found at the bottom and it fine upward.
Turbidites are sediments deposited by turbidity currents which gradually change from coarse grain to fine grain sediments. The continental rise is the boundary between continents and the deep part of the oceans. This area is usually laden with sediment deposited by turbidity current. The sediments laden water moves downhill.
