The average yearly rate of ice advance in the centre of the glacier with reference to the given diagram.

Question

Want to see more full solutions like this?

Answer 1

Question

Chapter 6, Problem 1GST

a)

To determine

The average yearly rate of ice advance in the centre of the glacier with reference to the given diagram.

a)

Expert Solution

Answer to Problem 1GST

At an average, the ice advance in the centre of the glacier is about 115 meters per year.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters.

b)

To determine

The speed in the centre of glacier per day.

b)

Expert Solution

Answer to Problem 1GST

The speed of the centre of glacier per day is about 0.32 meters or 32 centimetres per day.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters. Therefore, per year it travels 115 meters. A year constitutes of 365 days.

c)

To determine

The average rate at which ice advanced along the side of the glacier.

c)

Expert Solution

Answer to Problem 1GST

The glacial ice moves at the rate of 40 meters per year and 10.95 centimetres or 0.10 meters per day, along the sides.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters. A year constitutes of 365 days.

d)

To determine

The reason for the difference in the rate along the sides of glacier from its center.

d)

Expert Solution

Answer to Problem 1GST

Due the operation of frictional force, the movement of the glacier gets slower at the sides of the glacier when compared to the centre.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters.

Along the sides of the valley, there occurs the frictional force between the valley side and glacier apart from the bottom of the glacier.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 2

Question

Chapter 6, Problem 1GST

a)

To determine

The average yearly rate of ice advance in the centre of the glacier with reference to the given diagram.

a)

Expert Solution

Answer to Problem 1GST

At an average, the ice advance in the centre of the glacier is about 115 meters per year.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters.

b)

To determine

The speed in the centre of glacier per day.

b)

Expert Solution

Answer to Problem 1GST

The speed of the centre of glacier per day is about 0.32 meters or 32 centimetres per day.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters. Therefore, per year it travels 115 meters. A year constitutes of 365 days.

c)

To determine

The average rate at which ice advanced along the side of the glacier.

c)

Expert Solution

Answer to Problem 1GST

The glacial ice moves at the rate of 40 meters per year and 10.95 centimetres or 0.10 meters per day, along the sides.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters. A year constitutes of 365 days.

d)

To determine

The reason for the difference in the rate along the sides of glacier from its center.

d)

Expert Solution

Answer to Problem 1GST

Due the operation of frictional force, the movement of the glacier gets slower at the sides of the glacier when compared to the centre.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters.

Along the sides of the valley, there occurs the frictional force between the valley side and glacier apart from the bottom of the glacier.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Question

Chapter 6, Problem 1GST

a)

To determine

The average yearly rate of ice advance in the centre of the glacier with reference to the given diagram.

a)

Expert Solution

Answer to Problem 1GST

At an average, the ice advance in the centre of the glacier is about 115 meters per year.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters.

b)

To determine

The speed in the centre of glacier per day.

b)

Expert Solution

Answer to Problem 1GST

The speed of the centre of glacier per day is about 0.32 meters or 32 centimetres per day.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters. Therefore, per year it travels 115 meters. A year constitutes of 365 days.

c)

To determine

The average rate at which ice advanced along the side of the glacier.

c)

Expert Solution

Answer to Problem 1GST

The glacial ice moves at the rate of 40 meters per year and 10.95 centimetres or 0.10 meters per day, along the sides.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters. A year constitutes of 365 days.

d)

To determine

The reason for the difference in the rate along the sides of glacier from its center.

d)

Expert Solution

Answer to Problem 1GST

Due the operation of frictional force, the movement of the glacier gets slower at the sides of the glacier when compared to the centre.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters.

Along the sides of the valley, there occurs the frictional force between the valley side and glacier apart from the bottom of the glacier.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Question

Chapter 6, Problem 1GST

a)

To determine

The average yearly rate of ice advance in the centre of the glacier with reference to the given diagram.

a)

Expert Solution

Answer to Problem 1GST

At an average, the ice advance in the centre of the glacier is about 115 meters per year.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters.

b)

To determine

The speed in the centre of glacier per day.

b)

Expert Solution

Answer to Problem 1GST

The speed of the centre of glacier per day is about 0.32 meters or 32 centimetres per day.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters. Therefore, per year it travels 115 meters. A year constitutes of 365 days.

c)

To determine

The average rate at which ice advanced along the side of the glacier.

c)

Expert Solution

Answer to Problem 1GST

The glacial ice moves at the rate of 40 meters per year and 10.95 centimetres or 0.10 meters per day, along the sides.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters. A year constitutes of 365 days.

d)

To determine

The reason for the difference in the rate along the sides of glacier from its center.

d)

Expert Solution

Answer to Problem 1GST

Due the operation of frictional force, the movement of the glacier gets slower at the sides of the glacier when compared to the centre.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters.

Along the sides of the valley, there occurs the frictional force between the valley side and glacier apart from the bottom of the glacier.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 6, Problem 1GST

a)

To determine

The average yearly rate of ice advance in the centre of the glacier with reference to the given diagram.

a)

Expert Solution

Answer to Problem 1GST

At an average, the ice advance in the centre of the glacier is about 115 meters per year.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters.

b)

To determine

The speed in the centre of glacier per day.

b)

Expert Solution

Answer to Problem 1GST

The speed of the centre of glacier per day is about 0.32 meters or 32 centimetres per day.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters. Therefore, per year it travels 115 meters. A year constitutes of 365 days.

c)

To determine

The average rate at which ice advanced along the side of the glacier.

c)

Expert Solution

Answer to Problem 1GST

The glacial ice moves at the rate of 40 meters per year and 10.95 centimetres or 0.10 meters per day, along the sides.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters. A year constitutes of 365 days.

d)

To determine

The reason for the difference in the rate along the sides of glacier from its center.

d)

Expert Solution

Answer to Problem 1GST

Due the operation of frictional force, the movement of the glacier gets slower at the sides of the glacier when compared to the centre.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters.

Along the sides of the valley, there occurs the frictional force between the valley side and glacier apart from the bottom of the glacier.

Answer 6

Chapter 6, Problem 1GST

a)

To determine

The average yearly rate of ice advance in the centre of the glacier with reference to the given diagram.

a)

Expert Solution

Answer to Problem 1GST

At an average, the ice advance in the centre of the glacier is about 115 meters per year.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters.

Answer 7

Chapter 6, Problem 1GST

a)

To determine

The average yearly rate of ice advance in the centre of the glacier with reference to the given diagram.

Answer 8

a)

Expert Solution

Answer to Problem 1GST

At an average, the ice advance in the centre of the glacier is about 115 meters per year.

Answer 9

a)

Expert Solution

Answer 10

a)

Expert Solution

Answer 11

Expert Solution

Answer 12

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters.

Answer 13

b)

To determine

The speed in the centre of glacier per day.

b)

Expert Solution

Answer to Problem 1GST

The speed of the centre of glacier per day is about 0.32 meters or 32 centimetres per day.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters. Therefore, per year it travels 115 meters. A year constitutes of 365 days.

Answer 14

b)

To determine

The speed in the centre of glacier per day.

Answer 15

b)

Expert Solution

Answer to Problem 1GST

The speed of the centre of glacier per day is about 0.32 meters or 32 centimetres per day.

Answer 16

b)

Expert Solution

Answer 17

b)

Expert Solution

Answer 18

Expert Solution

Answer 19

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters. Therefore, in 8 years it travelled 920 meters. Therefore, per year it travels 115 meters. A year constitutes of 365 days.

Answer 20

c)

To determine

The average rate at which ice advanced along the side of the glacier.

c)

Expert Solution

Answer to Problem 1GST

The glacial ice moves at the rate of 40 meters per year and 10.95 centimetres or 0.10 meters per day, along the sides.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters. A year constitutes of 365 days.

Answer 21

c)

To determine

The average rate at which ice advanced along the side of the glacier.

Answer 22

c)

Expert Solution

Answer to Problem 1GST

The glacial ice moves at the rate of 40 meters per year and 10.95 centimetres or 0.10 meters per day, along the sides.

Answer 23

c)

Expert Solution

Answer 24

c)

Expert Solution

Answer 25

Expert Solution

Answer 26

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters. A year constitutes of 365 days.

Answer 27

d)

To determine

The reason for the difference in the rate along the sides of glacier from its center.

d)

Expert Solution

Answer to Problem 1GST

Due the operation of frictional force, the movement of the glacier gets slower at the sides of the glacier when compared to the centre.

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters.

Along the sides of the valley, there occurs the frictional force between the valley side and glacier apart from the bottom of the glacier.

Answer 28

d)

To determine

The reason for the difference in the rate along the sides of glacier from its center.

Answer 29

d)

Expert Solution

Answer to Problem 1GST

Due the operation of frictional force, the movement of the glacier gets slower at the sides of the glacier when compared to the centre.

Answer 30

d)

Expert Solution

Answer 31

d)

Expert Solution

Answer 32

Expert Solution

Answer 33

Explanation of Solution

The given diagram shows the pattern of movement of glacial ice in a mountain valley. This is the result of 8-year span of observation. The distance at the centre of the glacial is plotted as 920 meters and at the sides of the glacier is plotted as 320 meters.

Along the sides of the valley, there occurs the frictional force between the valley side and glacier apart from the bottom of the glacier.