Whether all the crystals in an intrusive igneous rock are of same size.

Question

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Answer 1

Question

Chapter 4, Problem 1GST

To determine

Whether all the crystals in an intrusive igneous rock are of same size.

Expert Solution & Answer

Answer to Problem 1GST

Not all the crystals in an intrusive igneous rock are of same size, because the rising body of magma experiences different rate of cooling temperature and then solidifies into different sizes of crystals. Different sizes of crystals in the same intrusive igneous rock are common.

Explanation of Solution

Magma is a naturally occurring melt of rocks and it contains many ions of the silicate minerals, mainly silicon and oxygen, gases, water vapor and some solids. When magma starts to cool, the ions present in the magma will self-arrange into different type of patterns, this process is called crystallization.

The size of a crystal is strongly influenced by the rate of cooling behavior of magma. The slow cooling of magma that led to the formation of larger crystals and less number of crystals. This is because the ions present in the magma have the ability to move larger distances, when slow cooling occurs.

The faster cooling of magma led to the formation of small intergrown crystals. This is because the ions present in the magma can lose the ability to move and they combine with each other rapidly.

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Students have asked these similar questions

1. Complete the block diagram in Figure 6.20 by drawing a left-lateral fault on Part B. 2. Draw arrows on both sides of the fault in Figure 6.20B to illustrate the relative motion of each block.

On each of the block diagrams in Figure 6.16, determine the relative ages of the surface rocks on both sides of the fault trace (after erosion) and write the word older or younger on the appropriate side of each fault trace.

Complete Figure 6.18 by illustrating an eroded reverse fault on Part B. Place arrows on both sides of the fault to illustrate relative motion.

Answer 2

Question

Chapter 4, Problem 1GST

To determine

Whether all the crystals in an intrusive igneous rock are of same size.

Expert Solution & Answer

Answer to Problem 1GST

Not all the crystals in an intrusive igneous rock are of same size, because the rising body of magma experiences different rate of cooling temperature and then solidifies into different sizes of crystals. Different sizes of crystals in the same intrusive igneous rock are common.

Explanation of Solution

Magma is a naturally occurring melt of rocks and it contains many ions of the silicate minerals, mainly silicon and oxygen, gases, water vapor and some solids. When magma starts to cool, the ions present in the magma will self-arrange into different type of patterns, this process is called crystallization.

The size of a crystal is strongly influenced by the rate of cooling behavior of magma. The slow cooling of magma that led to the formation of larger crystals and less number of crystals. This is because the ions present in the magma have the ability to move larger distances, when slow cooling occurs.

The faster cooling of magma led to the formation of small intergrown crystals. This is because the ions present in the magma can lose the ability to move and they combine with each other rapidly.

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Answer 3

Question

Chapter 4, Problem 1GST

To determine

Whether all the crystals in an intrusive igneous rock are of same size.

Expert Solution & Answer

Answer to Problem 1GST

Not all the crystals in an intrusive igneous rock are of same size, because the rising body of magma experiences different rate of cooling temperature and then solidifies into different sizes of crystals. Different sizes of crystals in the same intrusive igneous rock are common.

Explanation of Solution

Magma is a naturally occurring melt of rocks and it contains many ions of the silicate minerals, mainly silicon and oxygen, gases, water vapor and some solids. When magma starts to cool, the ions present in the magma will self-arrange into different type of patterns, this process is called crystallization.

The size of a crystal is strongly influenced by the rate of cooling behavior of magma. The slow cooling of magma that led to the formation of larger crystals and less number of crystals. This is because the ions present in the magma have the ability to move larger distances, when slow cooling occurs.

The faster cooling of magma led to the formation of small intergrown crystals. This is because the ions present in the magma can lose the ability to move and they combine with each other rapidly.

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Answer 4

Question

Chapter 4, Problem 1GST

To determine

Whether all the crystals in an intrusive igneous rock are of same size.

Expert Solution & Answer

Answer to Problem 1GST

Not all the crystals in an intrusive igneous rock are of same size, because the rising body of magma experiences different rate of cooling temperature and then solidifies into different sizes of crystals. Different sizes of crystals in the same intrusive igneous rock are common.

Explanation of Solution

Magma is a naturally occurring melt of rocks and it contains many ions of the silicate minerals, mainly silicon and oxygen, gases, water vapor and some solids. When magma starts to cool, the ions present in the magma will self-arrange into different type of patterns, this process is called crystallization.

The size of a crystal is strongly influenced by the rate of cooling behavior of magma. The slow cooling of magma that led to the formation of larger crystals and less number of crystals. This is because the ions present in the magma have the ability to move larger distances, when slow cooling occurs.

The faster cooling of magma led to the formation of small intergrown crystals. This is because the ions present in the magma can lose the ability to move and they combine with each other rapidly.

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Answer 5

Chapter 4, Problem 1GST

To determine

Whether all the crystals in an intrusive igneous rock are of same size.

Expert Solution & Answer

Answer to Problem 1GST

Not all the crystals in an intrusive igneous rock are of same size, because the rising body of magma experiences different rate of cooling temperature and then solidifies into different sizes of crystals. Different sizes of crystals in the same intrusive igneous rock are common.

Explanation of Solution

Magma is a naturally occurring melt of rocks and it contains many ions of the silicate minerals, mainly silicon and oxygen, gases, water vapor and some solids. When magma starts to cool, the ions present in the magma will self-arrange into different type of patterns, this process is called crystallization.

The size of a crystal is strongly influenced by the rate of cooling behavior of magma. The slow cooling of magma that led to the formation of larger crystals and less number of crystals. This is because the ions present in the magma have the ability to move larger distances, when slow cooling occurs.

The faster cooling of magma led to the formation of small intergrown crystals. This is because the ions present in the magma can lose the ability to move and they combine with each other rapidly.

Answer 6

Chapter 4, Problem 1GST

To determine

Whether all the crystals in an intrusive igneous rock are of same size.

Expert Solution & Answer

Answer to Problem 1GST

Not all the crystals in an intrusive igneous rock are of same size, because the rising body of magma experiences different rate of cooling temperature and then solidifies into different sizes of crystals. Different sizes of crystals in the same intrusive igneous rock are common.

Explanation of Solution

Magma is a naturally occurring melt of rocks and it contains many ions of the silicate minerals, mainly silicon and oxygen, gases, water vapor and some solids. When magma starts to cool, the ions present in the magma will self-arrange into different type of patterns, this process is called crystallization.

The size of a crystal is strongly influenced by the rate of cooling behavior of magma. The slow cooling of magma that led to the formation of larger crystals and less number of crystals. This is because the ions present in the magma have the ability to move larger distances, when slow cooling occurs.

The faster cooling of magma led to the formation of small intergrown crystals. This is because the ions present in the magma can lose the ability to move and they combine with each other rapidly.

Answer 7

Chapter 4, Problem 1GST

To determine

Whether all the crystals in an intrusive igneous rock are of same size.

Answer 8

Expert Solution & Answer

Answer to Problem 1GST

Not all the crystals in an intrusive igneous rock are of same size, because the rising body of magma experiences different rate of cooling temperature and then solidifies into different sizes of crystals. Different sizes of crystals in the same intrusive igneous rock are common.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

Magma is a naturally occurring melt of rocks and it contains many ions of the silicate minerals, mainly silicon and oxygen, gases, water vapor and some solids. When magma starts to cool, the ions present in the magma will self-arrange into different type of patterns, this process is called crystallization.

The size of a crystal is strongly influenced by the rate of cooling behavior of magma. The slow cooling of magma that led to the formation of larger crystals and less number of crystals. This is because the ions present in the magma have the ability to move larger distances, when slow cooling occurs.

The faster cooling of magma led to the formation of small intergrown crystals. This is because the ions present in the magma can lose the ability to move and they combine with each other rapidly.

Answer 12

Ch. 4.1 - Prob. 1CC Ch. 4.1 - Prob. 2CC Ch. 4.1 - Prob. 3CC Ch. 4.1 - Prob. 4CC Ch. 4.1 - Prob. 1EOE Ch. 4.1 - Prob. 2EOE Ch. 4.2 - Prob. 1CC Ch. 4.2 - Prob. 2CC Ch. 4.2 - Prob. 3CC Ch. 4.2 - Prob. 4CC

Whether all the crystals in an intrusive igneous rock are of same size.

Whether all the crystals in an intrusive igneous rock are of same size.

Answer to Problem 1GST

Explanation of Solution

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Chapter 4 Solutions