The wind velocity is measured using___

The wind velocity is measured using___
by

1 Answer

Answer :

Anemometer
by

Related questions

Permitted wind velocity for running of trains on the bridge a) 72 km/h* b) 58 km/h c) 64 km/h d) No limits

Description : Permitted wind velocity for running of trains on the bridge a) 72 km/h* b) 58 km/h c) 64 km/h d) No limits

Last Answer : a) 72 km/h*

Velocity of water can be measured by a) Anemo meter b) Elco meter c) Current meter* d) Thermo meter

Description : Velocity of water can be measured by a) Anemo meter b) Elco meter c) Current meter* d) Thermo meter

Last Answer : c) Current meter*

Distance between two points is measured by (a) Pacing (b) Pedometer (c) Passometer (d) Chaining (e) All the above*

Description : Distance between two points is measured by (a) Pacing (b) Pedometer (c) Passometer (d) Chaining (e) All the above*

Last Answer : (e) All the above*

Finishing tolerances are measured by? (i) On 30 cm scale (ii) 1 MT straightedge or 10 CM straightedge.* (iii) On 15 cm straight edge (iv) On 30 cm straight edge

Description : Finishing tolerances are measured by? (i) On 30 cm scale (ii) 1 MT straightedge or 10 CM straightedge.* (iii) On 15 cm straight edge (iv) On 30 cm straight edge

Last Answer : (ii) 1 MT straightedge or 10 CM straightedge.*

The velocity of wind is measured by

Description : The velocity of wind is measured by

Last Answer : Anaemometer

Indicate which of the statement is incorrect (a) The detritus tank is type of a grit chamber (b) In detritus tank, velocity of flow is further reduced (c) Grit chambers are provided in the sewage treatment process to remove the heavier inorganic matter as grit, sand etc. from the sewage (d) None of them*

Description : Indicate which of the statement is incorrect (a) The detritus tank is type of a grit chamber (b) In detritus tank, velocity of flow is further reduced (c) Grit chambers are provided in the sewage ... to remove the heavier inorganic matter as grit, sand etc. from the sewage (d) None of them*

Last Answer : (d) None of them*

For achieving self-cleaning velocity, a minimum velocity of ---- mps. Is desirable for design peak flow (a) 0.6 mps (b) 0.8 mps* (c) 1.0 mps (d) 2.0 mps

Description : For achieving self-cleaning velocity, a minimum velocity of ---- mps. Is desirable for design peak flow (a) 0.6 mps (b) 0.8 mps* (c) 1.0 mps (d) 2.0 mps

Last Answer : b) 0.8 mps*

For design of sewers for sullage, minimum velocity of ---- metres per second is taken. (a) 1.0 m sec* (b) 1.5 m/sec (c) 2.0 m/sec (d) 2.5 m/sec

Description : eFor design of sewers for sullage, minimum velocity of ---- metres per second is taken. (a) 1.0 m sec* (b) 1.5 m/sec (c) 2.0 m/sec (d) 2.5 m/sec

Last Answer : (a) 1.0 m sec*

Self cleaning velocity of a sewer line depends upon (a) Diameter of sewer (b) Gradient of ewer line (c) Type of sewerage (d) All of them*

Description : Self cleaning velocity of a sewer line depends upon (a) Diameter of sewer (b) Gradient of ewer line (c) Type of sewerage (d) All of them*

Last Answer : d) All of them*

Ultrasonic Pulse Velocity test is meant for a) Identifying the integrity of concrete* b) Finding the strength of concrete c) To know the crack in steel structure d) To know the flaw in rail

Description : Ultrasonic Pulse Velocity test is meant for a) Identifying the integrity of concrete* b) Finding the strength of concrete c) To know the crack in steel structure d) To know the flaw in rail

Last Answer : a) Identifying the integrity of concrete*

Specific yield of well is a) Discharge per unit time b) Yield of well per metre of drawdown* c) Velocity of water per unit time d)None of the above

Description : Specific yield of well is a) Discharge per unit time b) Yield of well per metre of drawdown* c) Velocity of water per unit time d)None of the above

Last Answer : b) Yield of well per metre of drawdown*

My life can be measured in hours, I serve by being devoured. Thin, I am quick Fat, I am slow Wind is my foe -Riddles

Description : My life can be measured in hours, I serve by being devoured. Thin, I am quick Fat, I am slow Wind is my foe -Riddles

Last Answer : candle

My life can be measured in hours, I serve by being devoured. Thin, I am quick, Fat, I am slow, Wind is my foe.What am I? -Riddles

Description : My life can be measured in hours, I serve by being devoured. Thin, I am quick, Fat, I am slow, Wind is my foe.What am I? -Riddles

Last Answer : I am the wax of a candle.

My life can be measured in hours, I serve by being devoured. Thin, I am quick. Fat, I am slow. Wind is my foe. What am I? -Riddles

Description : My life can be measured in hours, I serve by being devoured. Thin, I am quick. Fat, I am slow. Wind is my foe. What am I? -Riddles

Last Answer : I am a candle.

Can wind speed be measured ?

Description : Can wind speed be measured ?

Last Answer : Wind speed can be measured with an anemometer.

Wind pressure is measured by

Description : Wind pressure is measured by

Last Answer : Ans. Beaufort scale

Speed of wind is measured by – (1) barometer (2) hygrometer (3) thermometer (4) anemometer

Description : Speed of wind is measured by – (1) barometer (2) hygrometer (3) thermometer (4) anemometer

Last Answer : (4) anemometer Explanation: An anemometer is a device for measuring wind speed, and is a common weather station instrument. The term is derived from the Greek word anemos, meaning wind, ... aerodynamics. The first known description of an anemometer was given by Leon Battista Alberti around 1450.

Speed of wind is measured by (1) barometer (2) hygrometer (3) thermometer (4)anemometer

Description : Speed of wind is measured by (1) barometer (2) hygrometer (3) thermometer (4)anemometer

Last Answer : anemometer

What is the most important requirement for the people of a flood hit area?

Description : What is the most important requirement for the people of a flood hit area?

Last Answer : Inoculation against cholera

If a material has identical properties in all directions, it is called (a) Elastic (b) Plastic (c) Isotropic (d) Homogeneous

Description : If a material has identical properties in all directions, it is called (a) Elastic (b) Plastic (c) Isotropic (d) Homogeneous

Last Answer : (c) Isotropic

Both noting and protest are compulsory in case of A. Foreign Bills B. Inland Bills C. Foreign as well as Inland Bills D. None of them

Description : Both noting and protest are compulsory in case of A. Foreign Bills B. Inland Bills C. Foreign as well as Inland Bills D. None of them

Last Answer : C. Foreign as well as Inland Bills

Power tillers are popularly available in hp range of q. 6-12 hp r. 12-20 hp s. 1-6 hp t. 20-50 hp

Description : Power tillers are popularly available in hp range of q. 6-12 hp r. 12-20 hp s. 1-6 hp t. 20-50 hp

Last Answer : q. 6-12 hp

The commonly used power transmission system in ferti seed drills are: a) China-sprocket and gears b) Gears and belt pulleys c) Belt pulleys and cams d) Belt pulleys and chain sprocket

Description : The commonly used power transmission system in ferti seed drills are: a) China-sprocket and gears b) Gears and belt pulleys c) Belt pulleys and cams d) Belt pulleys and chain sprocket

Last Answer : d) Belt pulleys and chain sprocket

The upper safe noise level for machine operator is : a. 85db b. 100db c. 110db d. 115db

Description : The upper safe noise level for machine operator is : a. 85db b. 100db c. 110db d. 115db

Last Answer : a. 85db

The average threshing outrun of a paddy in kg/hr is (A) 500 (B)650 (C)800 (D)1000

Description : The average threshing outrun of a paddy in kg/hr is (A) 500 (B)650 (C)800 (D)1000

Last Answer : (B)650

In a precision planter the height of seed drop: A. Should be as close to be ground level as is possible. B. Should be at least 1 m from the ground level. C. Is not a factor to be considered? D. None of These

Description : In a precision planter the height of seed drop: A. Should be as close to be ground level as is possible. B. Should be at least 1 m from the ground level. C. Is not a factor to be considered? D. None of These

Last Answer : A. Should be as close to be ground level as is possible.

ate of wear chain drive system a) Directly related to speed of chain b) Inversely related to size of sprocket of chain length c) Both (a) and (b) d) None of the above

Description : ate of wear chain drive system a) Directly related to speed of chain b) Inversely related to size of sprocket of chain length c) Both (a) and (b) d) None of the above

Last Answer : c) Both (a) and (b)

Loading capacity of chain drive system is based on a) Rate of wear b) Ultimate strength of chain material c) None of (a) and (b) d) Both (a) and (b)

Description : Loading capacity of chain drive system is based on a) Rate of wear b) Ultimate strength of chain material c) None of (a) and (b) d) Both (a) and (b)

Last Answer : a) Rate of wear

Formula for average service life of belt at a given speed is a) Life(hrs)= [ Belt length (mm)/ Total fatique rates]*100 b) Life(hrs)=[Total fatique rates / Belt length (mm)]*100 c) Life(hrs)=[Belt length (m)/ Total fatique rates]*100 d) None of the above

Description : Formula for average service life of belt at a given speed is a) Life(hrs)= [ Belt length (mm)/ Total fatique rates]*100 b) Life(hrs)=[Total fatique rates / Belt length (mm)]*100 c) Life(hrs)=[Belt length (m)/ Total fatique rates]*100 d) None of the above

Last Answer : a) Life(hrs)= [ Belt length (mm)/ Total fatique rates]*100

which stage represents optimum conditions for tillage a) Sticky b) Plastic c) Friable ( crumbly ). d) Hard ( cemented )

Description : which stage represents optimum conditions for tillage a) Sticky b) Plastic c) Friable ( crumbly ). d) Hard ( cemented )

Last Answer : c) Friable ( crumbly

Norms for No. of seats at recommended level at Cat. E stn. is (a) 0.4 Ndb (b) 0.4 Nds* (c) 0.4 Nmax (d) 100 on each P.F.

Description : Norms for No. of seats at recommended level at Cat. E stn. is (a) 0.4 Ndb (b) 0.4 Nds* (c) 0.4 Nmax (d) 100 on each P.F.

Last Answer : (b) 0.4 Nds*

Norms for No. of seats at recommended level at Cat. D stn. is (a) 0.4 Ndb (b) 0.4 Nds* (c) 0.4 Nmax (d) 100 on each P.F.

Description : Norms for No. of seats at recommended level at Cat. D stn. is (a) 0.4 Ndb (b) 0.4 Nds* (c) 0.4 Nmax (d) 100 on each P.F.

Last Answer : (b) 0.4 Nds*

Norms for No. of seats at recommended level at Cat. C stn. is (a) 0.4 Ndb (b) 0.4 Nds* (c) 0.4 Nmax (d) 100 on each P.F.

Description : Norms for No. of seats at recommended level at Cat. C stn. is (a) 0.4 Ndb (b) 0.4 Nds* (c) 0.4 Nmax (d) 100 on each P.F.

Last Answer : (b) 0.4 Nds*

Norms for No. of seats at recommended level at Cat. B stn. is (a) 0.4 Ndb * (b) 0.4 Nds (c) 0.4 Nmax (d) 100 on each P.F.

Description : Norms for No. of seats at recommended level at Cat. B stn. is (a) 0.4 Ndb * (b) 0.4 Nds (c) 0.4 Nmax (d) 100 on each P.F.

Last Answer : (a) 0.4 Ndb

Norms for No. of seats at recommended level at Cat. A stn. is (a) 0.4 Ndb* (b) 0.4 Nds (c) 0.4 Nmax (d) 100 on each P.F.

Description : Norms for No. of seats at recommended level at Cat. A stn. is (a) 0.4 Ndb* (b) 0.4 Nds (c) 0.4 Nmax (d) 100 on each P.F.

Last Answer : (a) 0.4 Ndb*

As per norms for desirable amenity as given to model station, the retiring rooms should be provided on stations classified as --- (a) A & B* (b) A,B & C (c) A,B,C & D (d) A, B,C, D & E (e) A

Description : As per norms for desirable amenity as given to model station, the retiring rooms should be provided on stations classified as --- (a) A & B* (b) A,B & C (c) A,B,C & D (d) A, B,C, D & E (e) A

Last Answer : a) A & B*

As per norms for desirable amenity as given to model station, the clock rooms should be provided on stations classified as --- (a) A & B * (b) A,B & C (c) A,B,C & D (d) A, B,C, D & E (e) A

Description : As per norms for desirable amenity as given to model station, the clock rooms should be provided on stations classified as --- (a) A & B * (b) A,B & C (c) A,B,C & D (d) A, B,C, D & E (e) A

Last Answer : (a) A & B *

As per norms for desirable amenity as given to model station, the water coolers should be provided on stations classified as --- (a) A & B (b) A,B & C (c) A,B,C & D* (d) A, B,C, D & E (e) A

Description : As per norms for desirable amenity as given to model station, the water coolers should be provided on stations classified as --- (a) A & B (b) A,B & C (c) A,B,C & D* (d) A, B,C, D & E (e) A

Last Answer : (c) A,B,C & D*

As per norms for desirable amenity as given to model station, the parking facility/circulating area should be provided on stations classified as --- (a) A & B (b) A,B & C (c) A,B,C & D* (d) A, B,C, D & E

Description : As per norms for desirable amenity as given to model station, the parking facility/circulating area should be provided on stations classified as --- (a) A & B (b) A,B & C (c) A,B,C & D* (d) A, B,C, D & E

Last Answer : (c) A,B,C & D*

As per norms for desirable amenity as given to model station, the public address system should be provided on stations classified as --- (a) A & B (b) A,B & C* (c) A,B,C & D (d) A, B,C, D & E (e) A

Description : As per norms for desirable amenity as given to model station, the public address system should be provided on stations classified as --- (a) A & B (b) A,B & C* (c) A,B,C & D (d) A, B,C, D & E (e) A

Last Answer : (b) A,B & C*

As per norms for desirable amenity as given to model station, the book stalls should be provided on stations classified as --- (a) A & B (b) A,B & C* (c) A,B,C & D (d) A, B,C, D & E (e) A

Description : As per norms for desirable amenity as given to model station, the book stalls should be provided on stations classified as --- (a) A & B (b) A,B & C* (c) A,B,C & D (d) A, B,C, D & E (e) A

Last Answer : (b) A,B & C*

As per norms for desirable amenity as given to model station, the refreshment rooms should be provided on stations classified as --- (a) A & B* (b) A,B & C (c) A,B,C & D (d) A, B,C, D & E (e) A

Description : As per norms for desirable amenity as given to model station, the refreshment rooms should be provided on stations classified as --- (a) A & B* (b) A,B & C (c) A,B,C & D (d) A, B,C, D & E (e) A

Last Answer : (a) A & B*

Number of model stations identified for development on Indian Railways is about (a) 55 (b) 110* (c) 265 (d) 320

Description : Number of model stations identified for development on Indian Railways is about (a) 55 (b) 110* (c) 265 (d) 320

Last Answer : b) 110*

Height of Low level platform for passengers for BG is --- high (a) 0.455 m* (b) 0.560 m (c) 0.650 m (d) 0.760 m

Description : Height of Low level platform for passengers for BG is --- high (a) 0.455 m* (b) 0.560 m (c) 0.650 m (d) 0.760 m

Last Answer : (a) 0.455 m*

Height of high level platform for passengers for BG is --- high (a) 0.455 m (b) 0.560 m (c) 0.650 m (d) 0.760 m*

Description : Height of high level platform for passengers for BG is --- high (a) 0.455 m (b) 0.560 m (c) 0.650 m (d) 0.760 m*

Last Answer : (d) 0.760 m*

“B” class station is provided only on (a) Single lines (b) Double line (c) On both single as well as double line* (d) None of them

Description : “B” class station is provided only on (a) Single lines (b) Double line (c) On both single as well as double line* (d) None of them

Last Answer : c) On both single as well as double line*

Size of cubicle of a booking office is kept as (a) 1.20 x 1.50 m (b) 1.50 x 1.20 m (c) 1.50 x 1.80 m (d) 1.80 x 1.50 m*

Description : Size of cubicle of a booking office is kept as (a) 1.20 x 1.50 m (b) 1.50 x 1.20 m (c) 1.50 x 1.80 m (d) 1.80 x 1.50 m*

Last Answer : (d) 1.80 x 1.50 m*

Height of platform of a flag station in cutting above rail level is (a) Same height as Rail level (b) 305 mm above rail level (c) 455 mm above rail level (d) 840mm above rail level*

Description : Height of platform of a flag station in cutting above rail level is (a) Same height as Rail level (b) 305 mm above rail level (c) 455 mm above rail level (d) 840mm above rail level*

Last Answer : (d) 840mm above rail level*

Which of the facilities do not exist at halt station? (a) Facilities for stopping the train (b) Facilities for a small waiting (c) Facilities for crossing of train* (d) Facilities for book of passengers

Description : Which of the facilities do not exist at halt station? (a) Facilities for stopping the train (b) Facilities for a small waiting (c) Facilities for crossing of train* (d) Facilities for book of passengers

Last Answer : (c) Facilities for crossing of train*

Number of taps on platform as per norms for recommended level of facilities (a) One for every coach (b) One for alternate coach* (c) One every 200 metres distance (d) At the discretion of DRM

Description : Number of taps on platform as per norms for recommended level of facilities (a) One for every coach (b) One for alternate coach* (c) One every 200 metres distance (d) At the discretion of DRM

Last Answer : (b) One for alternate coach*