The scale that measures the intensity of earthquakes is called as (1) Vernier scale (2) Richter scale (3) Beaufort scale (4) Diagonal scale

The scale that measures the intensity of earthquakes is called as (1) Vernier scale (2) Richter scale (3) Beaufort scale (4) Diagonal scale
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Richter scale
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What is the scale used for measuring the intensity of the earthquake? (1) Richter scale (2) Metric scale (3) Centigrade scale (4) Newton’s scale

Description : What is the scale used for measuring the intensity of the earthquake? (1) Richter scale (2) Metric scale (3) Centigrade scale (4) Newton’s scale

Last Answer : Richter scale

The Beaufort scale is used to measure : (1) Atmospheric pressure (2) Altitudes of mountains (3) Wind velocity (4) Intensity of earthquakes

Description : The Beaufort scale is used to measure : (1) Atmospheric pressure (2) Altitudes of mountains (3) Wind velocity (4) Intensity of earthquakes

Last Answer : Wind velocity

The Richter Scale is used for measuring of – A) Density of liquids B) Speed of Aeroplane C) Intensity of earthquakes D) Depth of mines.

Description : The Richter Scale is used for measuring of – A) Density of liquids B) Speed of Aeroplane C) Intensity of earthquakes D) Depth of mines.

Last Answer : C) Intensity of earthquakes

State the types of earthquakes based on focus and Richter scale.

Description : State the types of earthquakes based on focus and Richter scale. 

Last Answer : Earthquakes based on focus distributed in three general depth ranges: i) Shallow earthquakes originate within about 60 kilometers of the surfaces ii) Intermediate earthquakes have foci between 60 to 300 ... causes several damages iii) Magnitude 2 represents the smallest tremor that can be felt. 

Two earthquakes A and B happen to be of magnitude 5 and 6 respectively on Richter Scale. The ratio of the energies released EB /EA will be approximately: (A) ~64 (B) ~8 (C) ~16 (D) ~32

Description : Two earthquakes A and B happen to be of magnitude 5 and 6 respectively on Richter Scale. The ratio of the energies released EB /EA will be approximately: (A) ~64 (B) ~8 (C) ~16 (D) ~32

Last Answer : Answer: D

In case of earthquakes, an increase of magnitude 1 on Richter Scale implies (A) a ten-fold increase in the amplitude of seismic waves. (B) a ten-fold increase in the energy of the seismic waves. (C) two-fold increase in the amplitude of seismic waves. (D) two-fold increase in the energy of seismic waves.

Description : In case of earthquakes, an increase of magnitude 1 on Richter Scale implies (A) a ten-fold increase in the amplitude of seismic waves. (B) a ten-fold increase in the energy of the seismic waves. ... in the amplitude of seismic waves. (D) two-fold increase in the energy of seismic waves.

Last Answer : (A) a ten-fold increase in the amplitude of seismic waves.

What is the name of instrument used for measuring earthquake intensity? a. Modified Mercalli Scale b. Metrological scale c. Vernier scale d. Barometer

Description : What is the name of instrument used for measuring earthquake intensity? a. Modified Mercalli Scale b. Metrological scale c. Vernier scale d. Barometer

Last Answer : a. Modified Mercalli Scale

Which instrument are used for intensity of the earthquakea) Richter scale b) Seismometers c) Seismograph d) Tilt meter

Description : Which instrument are used for intensity of the earthquake a) Richter scale b) Seismometers c) Seismograph d) Tilt meter

Last Answer : b) Seismometers

Richter Scale is used for measuring : (1) Velocity of wind (2) Density of liquid (3) Intensity of earthquake (4) Humidity of air

Description : Richter Scale is used for measuring : (1) Velocity of wind (2) Density of liquid (3) Intensity of earthquake (4) Humidity of air

Last Answer : Intensity of earthquake

Coastal Andhra Pradesh and Orissa often face natural disasters due to (1) Cyclones (2) Earthquakes (3) Landslides (4) Tornadoes

Description : Coastal Andhra Pradesh and Orissa often face natural disasters due to (1) Cyclones (2) Earthquakes (3) Landslides (4) Tornadoes

Last Answer : Cyclones

Tsunamis are cuased by (1) mixing of cold and warm currents (2) earthquakes (3) changes in sea level (4) volcanic eruption

Description : Tsunamis are cuased by (1) mixing of cold and warm currents (2) earthquakes (3) changes in sea level (4) volcanic eruption

Last Answer : earthquakes

Earthquakes are caused by (1) Denudation (2) Tectonism (3) Earth revolution (4) Earth rotation

Description : Earthquakes are caused by (1) Denudation (2) Tectonism (3) Earth revolution (4) Earth rotation

Last Answer : Tectonism

Earthquakes are generally associated with : (1) Joints (2) Faults (3) Folds (4) Schistosity

Description : Earthquakes are generally associated with : (1) Joints (2) Faults (3) Folds (4) Schistosity

Last Answer : Faults

The ‘Pacific Ring of Fire’ is associated with (1) oil well fires (2) thermal power station (3) volcanoes and earthquakes (4) forest fires

Description : The ‘Pacific Ring of Fire’ is associated with (1) oil well fires (2) thermal power station (3) volcanoes and earthquakes (4) forest fires

Last Answer : volcanoes and earthquakes

Consider the following geological phenomena : I. Development of a fault II. Movement along a fault III. Impact produced by a volcanic eruption IV. Folding of rocks Which of the above causes earthquakes ? (1) I, II and III (2) II and IV (3) I, III and IV (4) I to IV

Description : Consider the following geological phenomena : I. Development of a fault II. Movement along a fault III. Impact produced by a volcanic eruption IV. Folding of rocks Which of the above causes earthquakes ? (1) I, II and III (2) II and IV (3) I, III and IV (4) I to IV

Last Answer : I, II and III 

Most of the devastating earthquakes are usually caused by (1) Eustatic movement (2) Isostatic adjustment (3) Collision of earth plates (4) Volcanic eruption

Description : Most of the devastating earthquakes are usually caused by (1) Eustatic movement (2) Isostatic adjustment (3) Collision of earth plates (4) Volcanic eruption

Last Answer : Collision of earth plates

On which scale the intensity of earthquakes is measured? -Do You Know?

Description : On which scale the intensity of earthquakes is measured? -Do You Know?

Last Answer : answer:

On which scale the intensity of earthquakes is measured?

Description : On which scale the intensity of earthquakes is measured?

Last Answer : Richter scale

On which scale the intensity of earthquakes is measured?

Description : On which scale the intensity of earthquakes is measured?

Last Answer : Richter scale

Why is ‘Beaufort Scale’ used ? -General Knowledge

Description : Why is ‘Beaufort Scale’ used ? -General Knowledge

Last Answer : The answer is 'Tomeasure wind velocity'

Why is ‘Beaufort Scale’ used ? -General Knowledge

Description : Why is ‘Beaufort Scale’ used ? -General Knowledge

Last Answer : answer:

Why is ‘Beaufort Scale’ used ? -General Knowledge

Description : Why is ‘Beaufort Scale’ used ? -General Knowledge

Last Answer : answer:

What is the Beaufort scale used to measure?

Description : What is the Beaufort scale used to measure?

Last Answer : Wind speed

Why is ‘Beaufort Scale’ used?

Description : Why is ‘Beaufort Scale’ used?

Last Answer : To measure wind velocity

What is the epicentre of an Earthquake? (1) The point at which earthquake originates (2) The point which is prone to volcanoes (3) The point from which the intensity of seismic waves declines (4) The point on the earth’s surface vertically above the seismic focus

Description : What is the epicentre of an Earthquake? (1) The point at which earthquake originates (2) The point which is prone to volcanoes (3) The point from which the intensity of seismic waves declines (4) The point on the earth’s surface vertically above the seismic focus

Last Answer : The point on the earth’s surface vertically above the seismic focus

Stars twinkle but planets do not twinkle because (1) they emit light of a constant intensity (2) their distance from the earth does not change with time (3) they are very far away from the earth resulting in decrease in intensity of light (4) they are nearer to the earth and hence we receive a greater amount of light and therefore minor variations in intensity are not noticeable

Description : Stars twinkle but planets do not twinkle because (1) they emit light of a constant intensity (2) their distance from the earth does not change with time (3) they are very far away from ... and hence we receive a greater amount of light and therefore minor variations in intensity are not noticeable 

Last Answer : they are nearer to the earth and hence we receive a greater amount of light and therefore minor variations in intensity are not noticeable

Maps on large scale, representing both natural and man-made features are called (1) Wall maps (2) Topographic maps (3) Thematic maps (4) Atlas maps

Description : Maps on large scale, representing both natural and man-made features are called (1) Wall maps (2) Topographic maps (3) Thematic maps (4) Atlas maps

Last Answer : Topographic maps

Plantation of trees on a large scale to check soil erosion are called: (1) Shelter belts (2) Contour ploughing (3) Strip cropping (4) Afforestation

Description : Plantation of trees on a large scale to check soil erosion are called: (1) Shelter belts (2) Contour ploughing (3) Strip cropping (4) Afforestation

Last Answer : Afforestation

An attitude scale measures the: A)strength of a buyer's need for a product. B)buyer's level of information about a productC)amount of experience the buyer has had with the product. D)intensity of a buyer's feelings toward a certain object. E)intensity of a buyer's desire for the product.

Description : An attitude scale measures the: A)strength of a buyer's need for a product. B)buyer's level of information about a product C)amount of experience the buyer has had with the product. D)intensity of a buyer's feelings toward a certain object. E)intensity of a buyer's desire for the product.

Last Answer : D)intensity of a buyer's feelings toward a certain object.

If a vernier spot coincides with a spot on the main scale or is closest to the spot, what is that spot called ?

Description : If a vernier spot coincides with a spot on the main scale or is closest to the spot, what is that spot called ?

Last Answer : If a vernier spot coincides with a spot on the main scale or is closest to the spot, then that spot is called vernier alignment.

Who Discovered the Vernier Scale ?

Description : Who Discovered the Vernier Scale ?

Last Answer : Pierre Vernier discovers the Vernier scale.

What is Vernier Scale ?

Description : What is Vernier Scale ?

Last Answer : The Vernier scale is another small scale that is used next to the main scale to accurately measure the fraction of the smallest part of the original scale. Fractions in millimeters can be accurately determined using the Vernier scale with the meter scale.

What is the function of Vernier scale ?

Description : What is the function of Vernier scale ?

Last Answer : Verniers are used to accurately measure the length or width of an object.

The main scale of a vernier callipers has n divisions/cm. n divisions of the vernier scale coincide with (n – 1) divisions of main scale.

Description : The main scale of a vernier callipers has n divisions/cm. n divisions of the vernier scale coincide with (n – 1) divisions of main scale.

Last Answer : The main scale of a vernier callipers has n divisions/cm. n divisions of the vernier scale coincide with (n - 1) ... n}\) (D) \(\frac{1}{n^2}\)

The least count of a Vernier scale is (A) Sum of the smallest divisions of main and Vernier scales (B) Value of one division of the primary scale divided by total number of divisions of Vernier scale (C) Value of one division of Vernier scale divided by total number of divisions of primary scale (D) None of these

Description : The least count of a Vernier scale is  (A) Sum of the smallest divisions of main and Vernier scales  (B) Value of one division of the primary scale divided by total number of divisions ... division of Vernier scale divided by total number of divisions of primary scale  (D) None of these 

Last Answer : (B) Value of one division of the primary scale divided by total number of divisions of Vernier  scale 

In case of a direct vernier scale (A) Graduations increase in opposite direction in which graduations of the main scale increase (B) Smallest division is longer than smallest division of the main scale (C) Graduations increase in the same direction in which graduations of the main scale increase (D) None of these

Description : In case of a direct vernier scale (A) Graduations increase in opposite direction in which graduations of the main scale increase (B) Smallest division is longer than smallest division of the main scale ... in the same direction in which graduations of the main scale increase (D) None of these

Last Answer : C) Graduations increase in the same direction in which graduations of the main scale increase

If the smallest division of a vernier is longer than the smallest division of its primary scale, the vernier is known as (A) Direct vernier (B) Double vernier (C) Retrograde vernier (D) Simple vernier

Description : If the smallest division of a vernier is longer than the smallest division of its primary scale, the vernier is known as (A) Direct vernier (B) Double vernier (C) Retrograde vernier (D) Simple vernier

Last Answer : (C) Retrograde vernier

Seismic waves during earthquake are recorded and studied with the help of an instrument called as (a) Richter scale (b) Seismograph (c) Lithograph (d) Cardiograph

Description : Seismic waves during earthquake are recorded and studied with the help of an instrument called as (a) Richter scale (b) Seismograph (c) Lithograph (d) Cardiograph

Last Answer : (b) Seismograph

What is the difference between the Richter Scale and the moment magnitude scale?

Description : What is the difference between the Richter Scale and the moment magnitude scale?

Last Answer : The moment magnitude scale has superseded the Richter scale. The values remain pretty similar.

What is measured by the Richter scale? -General Knowledge

Description : What is measured by the Richter scale? -General Knowledge

Last Answer : answer:

What is the Richter scale used for ?

Description : What is the Richter scale used for ?

Last Answer : The Richter scale is used to measure the magnitude of an earthquake.

Richter Scale What ?

Last Answer : Earthquake Power Measure Instrument.

What is the scale of the Richter Scale?

Description : What is the scale of the Richter Scale?

Last Answer : Answer: 0 to 9

Write briefly about any five of the following a. Nuclear radiation b. Theodolite c. Dialysis d. Enrichment of Uranium e. Richter Scale f. Aqua regia g. Iodized salt

Description : Write briefly about any five of the following a. Nuclear radiation b. Theodolite c. Dialysis d. Enrichment of Uranium e. Richter Scale f. Aqua regia g. Iodized salt

Last Answer : a. Nuclear radiation Three are atomic nuclei of some elements that continuously emit some ultraviolet waves called radiation. When the process of radiation is stimulated through various nuclear processes ... , and at approximately the same level throughout the year, irrespective of economic level.

Magnitude of energy released by an earthquake is calculated using ----? A. Earthquake scale B. Seismic scale C. Richter scale (Answer)

Description : Magnitude of energy released by an earthquake is calculated using ----? A. Earthquake scale B. Seismic scale C. Richter scale (Answer)

Last Answer : C. Richter scale (Answer)

The severity of 2005 earthquake in Pakistan on Richter scale was ? A. 6.9 B. 7.6 (Answer) C. 7.1 D. none

Description : The severity of 2005 earthquake in Pakistan on Richter scale was ? A. 6.9 B. 7.6 (Answer) C. 7.1 D. none

Last Answer : B. 7.6 (Answer)

The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that A Its natural frequency is very low in comparison to the frequency of vibration B Its natural frequency is very high in comparison to the frequency of vibration C Its natural frequency is equal to the frequency of vibration D Measurement of vibratory motion is without any reference point

Description : The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that A Its natural frequency is very low in comparison to the frequency ... is equal to the frequency of vibration D Measurement of vibratory motion is without any reference point

Last Answer : C Its natural frequency is equal to the frequency of vibration

The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that a) its natural frequency is very low in comparison to the frequency of vibration b) its natural frequency is very high in comparison to the frequency of vibration c) its natural frequency is equal to the frequency of vibration d) measurement of vibratory motion is without any reference point

Description : The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that a) its natural frequency is very low in comparison to the frequency ... is equal to the frequency of vibration d) measurement of vibratory motion is without any reference point

Last Answer : c) its natural frequency is equal to the frequency of vibration

The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that ______. (A) its natural frequency is very low in comparison to the frequency of vibration (B) its natural frequency is very high in comparison to the frequency of vibration (C) its natural frequency is equal to the frequency of vibration (D) measurement of vibratory motion is without any reference poin

Description : The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that ______. (A) its natural frequency is very low in comparison to the ... is equal to the frequency of vibration (D) measurement of vibratory motion is without any reference poin

Last Answer : (C) its natural frequency is equal to the frequency of vibration

The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that a) its natural frequency is very low in comparison to the frequency of vibration b) its natural frequency is very high in comparison to the frequency of vibration c) its natural frequency is equal to the frequency of vibration d) measurement of vibratory motion is without any reference poin

Description : The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that a) its natural frequency is very low in comparison to the frequency ... is equal to the frequency of vibration d) measurement of vibratory motion is without any reference poin

Last Answer : c) its natural frequency is equal to the frequency of vibration