The amount of lead in tons that could be extracted from the mine where a 500 m long, 100 m broad, and 25 m high vein have an ore deposit of calcite and galena and it is given that the average specific gravity of deposit is 3.2 . Considering, S G g a l e n a = 7.5 and S G c a l c i t e = 2.7 .

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Chapter 17, Problem 10PEA

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The amount of lead in tons that could be extracted from the mine where a 500 m long, 100 m broad, and 25 m high vein have an ore deposit of calcite and galena and it is given that the average specific gravity of deposit is 3.2 . Considering, SGgalena=7.5 and SGcalcite=2.7 .

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Answer 2

Question

Chapter 17, Problem 10PEA

To determine

The amount of lead in tons that could be extracted from the mine where a 500 m long, 100 m broad, and 25 m high vein have an ore deposit of calcite and galena and it is given that the average specific gravity of deposit is 3.2 . Considering, SGgalena=7.5 and SGcalcite=2.7 .

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Answer 3

Question

Chapter 17, Problem 10PEA

To determine

The amount of lead in tons that could be extracted from the mine where a 500 m long, 100 m broad, and 25 m high vein have an ore deposit of calcite and galena and it is given that the average specific gravity of deposit is 3.2 . Considering, SGgalena=7.5 and SGcalcite=2.7 .

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Answer 4

Question

Chapter 17, Problem 10PEA

To determine

The amount of lead in tons that could be extracted from the mine where a 500 m long, 100 m broad, and 25 m high vein have an ore deposit of calcite and galena and it is given that the average specific gravity of deposit is 3.2 . Considering, SGgalena=7.5 and SGcalcite=2.7 .

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Answer 5

Chapter 17, Problem 10PEA

To determine

The amount of lead in tons that could be extracted from the mine where a 500 m long, 100 m broad, and 25 m high vein have an ore deposit of calcite and galena and it is given that the average specific gravity of deposit is 3.2 . Considering, SGgalena=7.5 and SGcalcite=2.7 .

Answer 6

Chapter 17, Problem 10PEA

To determine

The amount of lead in tons that could be extracted from the mine where a 500 m long, 100 m broad, and 25 m high vein have an ore deposit of calcite and galena and it is given that the average specific gravity of deposit is 3.2 . Considering, SGgalena=7.5 and SGcalcite=2.7 .

Answer 7

Chapter 17, Problem 10PEA

To determine

The amount of lead in tons that could be extracted from the mine where a 500 m long, 100 m broad, and 25 m high vein have an ore deposit of calcite and galena and it is given that the average specific gravity of deposit is 3.2 . Considering, SGgalena=7.5 and SGcalcite=2.7 .

Answer 8

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Answer 11

Ch. 17 - 1. A naturally occurring inorganic solid element...Ch. 17 - 2. A structural unit that is repeated in three...Ch. 17 - 3. Which element is the most abundant in Earth’s...Ch. 17 - 4. Minerals are classified as a. silicates. b....Ch. 17 - 5. The most abundant class of nonsilicates is...Ch. 17 - 6. Silicates are classified into two groups based...Ch. 17 - 7. The color of a mineral when it is finely...Ch. 17 - 8. The hardness of a mineral is rated using the a....Ch. 17 - 9. The ratio of the mineral’s density to the...Ch. 17 - 10. Molten rock material from which minerals...

The amount of lead in tons that could be extracted from the mine where a 500 m long, 100 m broad, and 25 m high vein have an ore deposit of calcite and galena and it is given that the average specific gravity of deposit is 3.2 . Considering, S G g a l e n a = 7.5 and S G c a l c i t e = 2.7 .

Solution Summary: The author calculates the amount of lead in tons that could be extracted from a mine where the ore deposit of calcite and galena is 3.2.

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The amount of lead in tons that could be extracted from the mine where a 500 m long, 100 m broad, and 25 m high vein have an ore deposit of calcite and galena and it is given that the average specific gravity of deposit is 3.2 . Considering, SGgalena=7.5 and SGcalcite=2.7 .

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