Acidithiobacilus ferrooxidans is a gram negative proteobactrium, which grows under high temperature (30 o C) and very low pH (pH 1-2). It is present in natural abundantly and associated with pyritic ore bodies, coal deposits and acidified drainages. A. ferroxidans is the few rare bacterium which gain energy by oxidation of ferrous ion and reduced sulfur compounds. Bioleaching or biohydrometallurgy is one of its industrial application.

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Chapter 2, Problem 4MCQ

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Introduction:

Acidithiobacilus ferrooxidans is a gram negative proteobactrium, which grows under high temperature (30^oC) and very low pH (pH 1-2). It is present in natural abundantly and associated with pyritic ore bodies, coal deposits and acidified drainages. A. ferroxidans is the few rare bacterium which gain energy by oxidation of ferrous ion and reduced sulfur compounds. Bioleaching or biohydrometallurgy is one of its industrial application.

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Chapter 2, Problem 4MCQ

Summary Introduction

Introduction:

Acidithiobacilus ferrooxidans is a gram negative proteobactrium, which grows under high temperature (30^oC) and very low pH (pH 1-2). It is present in natural abundantly and associated with pyritic ore bodies, coal deposits and acidified drainages. A. ferroxidans is the few rare bacterium which gain energy by oxidation of ferrous ion and reduced sulfur compounds. Bioleaching or biohydrometallurgy is one of its industrial application.

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Chapter 2, Problem 4MCQ

Summary Introduction

Introduction:

Acidithiobacilus ferrooxidans is a gram negative proteobactrium, which grows under high temperature (30^oC) and very low pH (pH 1-2). It is present in natural abundantly and associated with pyritic ore bodies, coal deposits and acidified drainages. A. ferroxidans is the few rare bacterium which gain energy by oxidation of ferrous ion and reduced sulfur compounds. Bioleaching or biohydrometallurgy is one of its industrial application.

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Chapter 2, Problem 4MCQ

Summary Introduction

Introduction:

Acidithiobacilus ferrooxidans is a gram negative proteobactrium, which grows under high temperature (30^oC) and very low pH (pH 1-2). It is present in natural abundantly and associated with pyritic ore bodies, coal deposits and acidified drainages. A. ferroxidans is the few rare bacterium which gain energy by oxidation of ferrous ion and reduced sulfur compounds. Bioleaching or biohydrometallurgy is one of its industrial application.

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Chapter 2, Problem 4MCQ

Summary Introduction

Introduction:

Acidithiobacilus ferrooxidans is a gram negative proteobactrium, which grows under high temperature (30^oC) and very low pH (pH 1-2). It is present in natural abundantly and associated with pyritic ore bodies, coal deposits and acidified drainages. A. ferroxidans is the few rare bacterium which gain energy by oxidation of ferrous ion and reduced sulfur compounds. Bioleaching or biohydrometallurgy is one of its industrial application.

Answer 6

Chapter 2, Problem 4MCQ

Summary Introduction

Introduction:

Acidithiobacilus ferrooxidans is a gram negative proteobactrium, which grows under high temperature (30^oC) and very low pH (pH 1-2). It is present in natural abundantly and associated with pyritic ore bodies, coal deposits and acidified drainages. A. ferroxidans is the few rare bacterium which gain energy by oxidation of ferrous ion and reduced sulfur compounds. Bioleaching or biohydrometallurgy is one of its industrial application.

Answer 7

Chapter 2, Problem 4MCQ

Summary Introduction

Introduction:

Acidithiobacilus ferrooxidans is a gram negative proteobactrium, which grows under high temperature (30^oC) and very low pH (pH 1-2). It is present in natural abundantly and associated with pyritic ore bodies, coal deposits and acidified drainages. A. ferroxidans is the few rare bacterium which gain energy by oxidation of ferrous ion and reduced sulfur compounds. Bioleaching or biohydrometallurgy is one of its industrial application.

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Ch. 2 - What is a chemical element?Ch. 2 - DRAW IT Diagram the electronic configuration of a...Ch. 2 - What type of bond holds the following atoms...Ch. 2 - Classify the following types of chemical...Ch. 2 - Bacteria use the enzyme urease to obtain nitrogen...Ch. 2 - Classify the following as subunits of either a...Ch. 2 - DRAW IT The artificial sweetener aspartame, or...Ch. 2 - DRAW IT The following diagram shows the...Ch. 2 - Prob. 9R Ch. 2 - Prob. 10R

Solution Summary: The author explains that acidithiobacilus ferrooxidans is a gram negative proteobacterium, which grows under high temperature (30 o C) and very low pH.

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