Question
Read the information given in the flow chart. Write a paragraph explaining the flow chart. Give a suitable title to it.
✓
Answer
SELF
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Complete the table on the basis of the information given below:
There is an enemy beneath our feet - an enemy deadlier for his complete impartiality. He recognizes no national boundaries, no political parties. Everyone in the world is threatened by him. The enemy is the earth itself. When an earthquake strikes, the world trembles. The power of a quake is greater than anything man himself can produce. But today scientists are directing a great deal of their effort into finding some way of combating earthquakes, and it is possible that at some time in the near future mankind will have discovered a means of protecting itself from earthquakes. An earthquake strikes without warning. When it does, its power is immense. If it strikes a modern city, the damage it causes is as great as if it has struck a primitive village. Gas mains burst, explosions are caused and fires are started. Underground railways are wrecked. Buildings collapse, bridges fall, dams burst, gaping crevices appear in busy streets. If the quake strikes at sea, huge tidal waves sweep inland. If it strikes in mountain regions, avalanches roar down into the valley. Consider the terrifying statistics from the past 1755: Lisbon, capital of Portugal - the city destroyed entirely and 450 killed. 1970: Peru: 50,000 killed. In 1968 an earthquake struck Alaska. As this is a relatively unpopulated part, only a few people were killed. But it is likely that this was one of the most powerful quakes ever to have hit the world. Geologists estimate that during the tremors, the whole of the state moved over 80 feet farther west into the Pacific Ocean. Imagine the power of something that can move an entire subcontinent! This is the problem that the scientists face. They are dealing with forces so immense that man cannot hope to resist them. All that can be done is to try to pinpoint just where the earthquake will strike and work from there. At least some precautionary measures can then be taken to save lives and some of the property. (330 Words)'
There is an enemy beneath our feet - an enemy deadlier for his complete impartiality. He recognizes no national boundaries, no political parties. Everyone in the world is threatened by him. The enemy is the earth itself. When an earthquake strikes, the world trembles. The power of a quake is greater than anything man himself can produce. But today scientists are directing a great deal of their effort into finding some way of combating earthquakes, and it is possible that at some time in the near future mankind will have discovered a means of protecting itself from earthquakes. An earthquake strikes without warning. When it does, its power is immense. If it strikes a modern city, the damage it causes is as great as if it has struck a primitive village. Gas mains burst, explosions are caused and fires are started. Underground railways are wrecked. Buildings collapse, bridges fall, dams burst, gaping crevices appear in busy streets. If the quake strikes at sea, huge tidal waves sweep inland. If it strikes in mountain regions, avalanches roar down into the valley. Consider the terrifying statistics from the past 1755: Lisbon, capital of Portugal - the city destroyed entirely and 450 killed. 1970: Peru: 50,000 killed. In 1968 an earthquake struck Alaska. As this is a relatively unpopulated part, only a few people were killed. But it is likely that this was one of the most powerful quakes ever to have hit the world. Geologists estimate that during the tremors, the whole of the state moved over 80 feet farther west into the Pacific Ocean. Imagine the power of something that can move an entire subcontinent! This is the problem that the scientists face. They are dealing with forces so immense that man cannot hope to resist them. All that can be done is to try to pinpoint just where the earthquake will strike and work from there. At least some precautionary measures can then be taken to save lives and some of the property. (330 Words)'
| Damage caused | ..................... |
| City | ..................... |
| Sea | ..................... |
| Mountains | ..................... |
| Year | Place | No of people killed |
| ..................... | ..................... | ..................... |
| ..................... | ..................... | ..................... |
Read the information given in the diagram. Write a paragraph based on it. Give a suitable title to it.
Read the information given in the tree-diagram. Write a paragraph based on it. Give a suitable title to it. 
Read the information given in the pie diagram and write a paragraph based on it. Observe the following pie chart and prepare a writeup of about 100 words describing the causes of ‘Increasing Road Accidents’.
Draw a tree diagram to represent the information given in the following passage.
There are many different kinds of musical instruments. They are divided into three main classes according to the way that they are played. For example, some instruments are played by blowing air into them. These are called wind instruments. In some of these the air is made to vibrate inside a wooden tube, and these are said to be of the woodwind family. Examples of woodwind instruments are the flute, the clarinet and the bassoon. Other instruments are made of brass, the trumpet and the horn, for example. There are also various other wind instruments like such as the mouth organ and the bagpipes.
Some instruments are played by banging or striking them. One obvious example is the drum, of which there are various kinds. Instruments like this are called percussion instruments.
The last big group of musical instruments are the ones which have strings. There are two main kinds of stringed instrument those in which the music is made by plucking the strings, and those where the player draws a bow across the strings. Examples of the former are the harp and the guitar. Examples of the latter are the violin and the cello.
There are many different kinds of musical instruments. They are divided into three main classes according to the way that they are played. For example, some instruments are played by blowing air into them. These are called wind instruments. In some of these the air is made to vibrate inside a wooden tube, and these are said to be of the woodwind family. Examples of woodwind instruments are the flute, the clarinet and the bassoon. Other instruments are made of brass, the trumpet and the horn, for example. There are also various other wind instruments like such as the mouth organ and the bagpipes.
Some instruments are played by banging or striking them. One obvious example is the drum, of which there are various kinds. Instruments like this are called percussion instruments.
The last big group of musical instruments are the ones which have strings. There are two main kinds of stringed instrument those in which the music is made by plucking the strings, and those where the player draws a bow across the strings. Examples of the former are the harp and the guitar. Examples of the latter are the violin and the cello.
The following are the examples of audio and visual signals elaborate it with the help of a paragraph. Read the information given in the diagram. Write a paragraph based on it. Give a suitable title to it.
Read the information given in the diagram. Write a paragraph based on it. Give a suitable title to it.
The following diagram shows the efficient method of Pizza delivery. Explain the flow flow chart with the help of a paragraph. Read the information given in the tree-diagram. Write a paragraph based on it. Give a suitable title to it.
The number of bed-sheets manufactured by a factory during five consecutive weeks is given below.
| Week | 2005 | 2006 | 2007 | 2008 | 2009 |
| Number of Bed-sheets | 600 | 850 | 700 | 300 | 900 |
Draw the bar graph representing the above data.
In the first week blue coloured bed sheets are manufactured, than in the second week red, third week yellow fourth week pink and fifth week orange coloured.
You put the above information in a bar graph.
Read the information given in the pie-diagram. Write a paragraph based on different variables of communication and their importance in communication. Give a suitable title to it.
