Identify the precipitation type with the help of the description given:
A. It is the main source of the water that you use. Sometimes it is torrential and sometimes continuous. Most of the agriculture in India is dependent on it.
B. It seems as if water droplets are floating in the atmosphere. In London, one cannot see the Sun till the afternoon during winters because of this phenomenon.
C. It never precipitates like this in equatorial areas. Precipitation in the solid form sometimes causes damage to the crops.
D. A white cotton like layer spreads on the earth’s surface. Because of this form of precipitation, the State of Jammu and Kashmir has to change its capital in winters. In Maharashtra, it does not precipitate like this.
A. Rainfall
B. Fog
C. Frost
D. Snowfall
The following diagram shows the sources of water:
Look at the following pictures and identify the correct rainfall type.
(A): Convectional Rainfall.
(B): Orographic Rainfall.
(C): Cyclonic rainfall.
Look at the figures above and answer the following questions:
1) In fig B, on which side of the mountain is it raining more?
2) Shade the rain shadow region in fig B and name it.
3) What is the difference between A and C?
4) Stormy winds and floods are associated with which rainfall type?
5) What type of rainfall occurs in Singapore?
1) From the given figure it is understood that it is raining more on the right side of the mountain. The windward side of the mountains gets more rain.
2)
3) Fig A shows Convectional Rainfall whereas the Fig C shows Cyclonic rainfall.
4) Cyclonic rainfall are associated with Stormy winds and floods.
5) Singapore experiences Convectional rainfall.
Identify the odd man out:
1) Orographic rainfall, acid rain, cyclonic rainfall, convectional rainfall.
2) Snowfall, rainfall, hailstones, dew
3) Thermometer, rain gauge, anemometer, measuring jar
1) Convectional rainfall is the odd man out.
2) Dew is the odd man out.
3) Measuring jar is odd man out.
Answer in brief:
1) In what ways does precipitation occur on the earth?
2) Comment on the rainfall occurring in the rain shadow area.
3) Which type of rainfall occurs in most of the world? Why?
4) If condensation occurs closer to the earth’s surface, what types of forms become visible?
5) What precautions should be taken while measuring rainfall?
1) Precipitation occurs when water vapor in the atmosphere condenses into either liquid or solid forms.
Precipitation is water released from clouds in the form of rain, freezing rain, sleet, snow, or hail. It is the primary connection in the water cycle that provides for the delivery of atmospheric water to the Earth.
2) The rain shadow area of the mountains receives very little rainfall from the left over moisture in the clouds. Because most of the rain fall takes place in the windward side. A rain shadow is a dry area on the leeward side of a mountainous area (away from the wind). ... The air, without much moisture left, advances across the mountains creating a drier side called the "rain shadow".
3) Orographic rainfall occurs in most of the parts in the world. Orographic rainfall is caused when masses of air pushed by wind are forced up the side of elevated land formations, such as large mountains.
4) If condensation become close to earth's surface then rain occurs. Based on the sources for the uplifting of the air, there are three main types of rainfall.
1. Convectional rainfall, 2. Cyclonic rainfall and 3.Orographic rainfall
5) The precautions while measuring the rainfall with rain gauge are: The rain gauge should be placed on open place so that water from trees or pipes do not get into water. A gauge should be unprotected from the elements in all directions, it should be kept clean inside, and it should be emptied every day at the same time.
Distinguish between –
Dew and frost
Dew and Frost can be distinguished as below.
Distinguish between –
Snow and hail
Snow and hail can be distinguished as below.
Using the rain gauge in your school, measure the rainfall continuously for one week occurring in your surroundings. Make a bar graph using computers to show the amount of rainfall on the basis of the data obtained.
The rainfall was monitored daily for one week in and around my school premises and the result obtained are presented in the form of the Bar Diagram Below.