Why do you think the glass measure cylinder of the rain gauge is inside an outer conntainer?

Why do you think the glass measure cylinder of the rain gauge is inside an outer conntainer?
by

1 Answer

Answer :

It's to prevent false readings by water droplets being swept into the container by wind. Only water that falls though the collecting funnel counts towards the final measurement.
by

Related questions

In a thick-cylinder pressurized from inside, the hoop stress is maximum at a) The center of the wall thickness b) the outer radius c) the inner radius d) both the inner and the outer radii

Description : In a thick-cylinder pressurized from inside, the hoop stress is maximum at a) The center of the wall thickness b) the outer radius c) the inner radius d) both the inner and the outer radii

Last Answer : c) the inner radius

A Cylinder Temperature Gauge measures

Description : A Cylinder Temperature Gauge measures

Last Answer : A. The temperature of the hottest cylinder

A Cylinder Temperature Gauge measures

Description : A Cylinder Temperature Gauge measures

Last Answer : A. The temperature of the hottest cylinder

A cylinder head temperature gauge measures: a. The temperature of the hottest cylinder b. The temperature of all the cylinders and gives an average reading c. The temperature of the coolest cylinder d. The temperature of the two cylinders furthest away from each other divided by two

Description : A cylinder head temperature gauge measures: a. The temperature of the hottest cylinder b. The temperature of all the cylinders and gives an average reading c. The temperature of the coolest cylinder d. The temperature of the two cylinders furthest away from each other divided by two

Last Answer : a. The temperature of the hottest cylinder

A cylinder head temperature gauge measures: a. The temperature of the hottest cylinder b. The temperature of all the cylinders and gives an average reading c. The temperature of the coolest cylinder d. The temperature of the two cylinders furthest away from each other divided by two

Description : A cylinder head temperature gauge measures: a. The temperature of the hottest cylinder b. The temperature of all the cylinders and gives an average reading c. The temperature of the coolest cylinder d. The temperature of the two cylinders furthest away from each other divided by two

Last Answer : a. The temperature of the hottest cylinder

The potential of a coaxial cylinder with charge density 1 unit , inner radius 1m and outer cylinder 2m is (in 10 9 ) a) 12.74 b) 13.47 c) 12.47 d) 13.74

Description : The potential of a coaxial cylinder with charge density 1 unit , inner radius 1m and outer cylinder 2m is (in 10 9 ) a) 12.74 b) 13.47 c) 12.47 d) 13.74

Last Answer : c) 12.47

In a thick cylindrical shell subjected to an internal pressure (p), the radial stress across the thickness of a cylinder is a) maximum at the outer surface and minimum at the inner surface b) maximum at the inner surface and minimum at the outer surface c) maximum at the inner surface and zero at the outer surface d) maximum at the outer surface and zero at the inner surface

Description : In a thick cylindrical shell subjected to an internal pressure (p), the radial stress across the thickness of a cylinder is a) maximum at the outer surface and minimum at the inner surface b) maximum ... and zero at the outer surface d) maximum at the outer surface and zero at the inner surface

Last Answer : c) maximum at the inner surface and zero at the outer surface

A thick cylinder is subjected to an internal pressure of 60 MPa. If the hoop stress on the outer surface is 150 MPa, then the hoop stress on the internal surface is a) 105 MPa b) 180 MPa c) 210 MPa d) 135 MPa.

Description : A thick cylinder is subjected to an internal pressure of 60 MPa. If the hoop stress on the outer surface is 150 MPa, then the hoop stress on the internal surface is a) 105 MPa b) 180 MPa c) 210 MPa d) 135 MPa.

Last Answer : c) 210 MPa

A thick cylinder under pi and po will have maximum stress at the 1. Outer radius 2. Inner radius 3. Mean radius 4. None

Description : A thick cylinder under pi and po will have maximum stress at the 1. Outer radius 2. Inner radius 3. Mean radius 4. None

Last Answer : 2. Inner radius

A thick cylinder under internal fluid pressure’ pi will have maximum stress at the 1. Outer radius 2. Inner radius 3. Mean radius 4. None

Description : A thick cylinder under internal fluid pressure’ pi will have maximum stress at the 1. Outer radius 2. Inner radius 3. Mean radius 4. None

Last Answer : 2. Inner radius

A thick cylinder under external fluid pressure’ p0′ will have maximum stress at the 1. Outer radius 2. Inner radius 3. Mean radius 4. None

Description : A thick cylinder under external fluid pressure’ p0′ will have maximum stress at the 1. Outer radius 2. Inner radius 3. Mean radius 4. None

Last Answer : 2. Inner radius

What is the name of the rain gauge ?

Description : What is the name of the rain gauge ?

Last Answer : : The name of the rain gauge is Raingage

What is the name of the rain gauge ?

Description : What is the name of the rain gauge ?

Last Answer : : The name of the rain gauge is Raingage.

What is Rain Gauge ?

Description : What is Rain Gauge ?

Last Answer : It is an instrument used to measure rainfall.

Which of the following is not correct? (1) Ammeter measures the strength of electric current. (2) Lactometer measures the relative density of milk. (3) Rain gauge measures rain fall (4) Hygrometer measures sound under water.

Description : Which of the following is not correct? (1) Ammeter measures the strength of electric current. (2) Lactometer measures the relative density of milk. (3) Rain gauge measures rain fall (4) Hygrometer measures sound under water.

Last Answer : (4) Hygrometer measures sound under water. Explanation: A hygrometer is a weather instrument used to measure the amount of humidity in the atmosphere

While calculating the average depth of annual precipitation in a catchment basin, importance to individual rain-gauge station is given in (A) Arithmetical method (B) Thiessen's mean method (C) Isohyetal method (D) Both (b) and (c)

Description : While calculating the average depth of annual precipitation in a catchment basin, importance to individual rain-gauge station is given in (A) Arithmetical method (B) Thiessen's mean method (C) Isohyetal method (D) Both (b) and (c)

Last Answer : Answer: Option D

A recording type rain gauge (A) Produces a mass curve of rain fall (B) Records the cumulative rain (C) Is sometimes called integrating rain gauge or continuous rain gauge (D) All the above

Description : A recording type rain gauge (A) Produces a mass curve of rain fall (B) Records the cumulative rain (C) Is sometimes called integrating rain gauge or continuous rain gauge (D) All the above

Last Answer : Answer: Option D

Symon's rain gauge is (A) Tipping-bucket gauge (B) Weighing type gauge (C) Float recording gauge (D) Non-recording gauge

Description : Symon's rain gauge is (A) Tipping-bucket gauge (B) Weighing type gauge (C) Float recording gauge (D) Non-recording gauge

Last Answer : Answer: Option D

The standard height of a standard rain gauge, is (A) 10 cm (B) 20 cm (C) 30 cm (D) 50 cm

Description : The standard height of a standard rain gauge, is (A) 10 cm (B) 20 cm (C) 30 cm (D) 50 cm

Last Answer : Answer: Option C

Pick up the correct statement from the following: (A) Higher the gauge, more deficient will be the rain catch (B) Heavier the rain, lesser will be the rain catch (C) The trees serving as wind brakes in the vicinity of the gauge, should not subtend angles greater than 45° (D) All the above

Description : Pick up the correct statement from the following: (A) Higher the gauge, more deficient will be the rain catch (B) Heavier the rain, lesser will be the rain catch (C) The trees serving as wind brakes in the vicinity of the gauge, should not subtend angles greater than 45° (D) All the above

Last Answer : Answer: Option D

The deficiency in rain catch due to vertical acceleration of air forced upward over the gauge, is (A) Greater for heavy rain (B) Greater for lighter rain (C) Greater for large drops (D) Lesser for small rain drops

Description : The deficiency in rain catch due to vertical acceleration of air forced upward over the gauge, is (A) Greater for heavy rain (B) Greater for lighter rain (C) Greater for large drops (D) Lesser for small rain drops

Last Answer : Answer: Option B

In India the recording type rain gauge generally used, is (A) Weighing type (B) Tipping type (C) Float recording type (D) None of these

Description : In India the recording type rain gauge generally used, is (A) Weighing type (B) Tipping type (C) Float recording type (D) None of these

Last Answer : Answer: Option C

Describe in brief working of Symons rain gauge with neat labelled sketch.

Description : Describe in brief working of Symons rain gauge with neat labelled sketch.

Last Answer : The most common type of non- recording rain gauges used in our country is the Symon's raingauge'.  Working: A Symons Rain gauge consists of a cylindrical vessel of 127 mm internal diameter with an enlarged ... rim which is then measured by the measuring glass in mm' and tenth of mm'

What does a caster gauge measure?

Description : What does a caster gauge measure?

Last Answer : In a nutshell, it measures a certain angle of the wheel of a car. There is the caster and camber of a tire. Camber is how a tire sits-if it lines up verticially, or has a tilt to it which could ... hand or otherwise. on average, taking your car in to have these tests done can run from $70 to $100.

__________ circuit is most commonly used to measure strain with the help of a strain gauge. (A) Ballast (B) Voltage balancing potentiometric (C) Simple current sensitive (D) None of these

Description : __________ circuit is most commonly used to measure strain with the help of a strain gauge. (A) Ballast (B) Voltage balancing potentiometric (C) Simple current sensitive (D) None of these

Last Answer : Option B

Which gauge is used to measure the height of rail at the time of aligning of rails for AT welding? (i) Height gauge.* (ii) Vertical gauge (iii) Horizontal gauge (iv) As decided by site supervisor

Description : Which gauge is used to measure the height of rail at the time of aligning of rails for AT welding? (i) Height gauge.* (ii) Vertical gauge (iii) Horizontal gauge (iv) As decided by site supervisor

Last Answer : (iv) As decided by site supervisor

Which gauge is used to measure finishing tolerances . (i) Tilted gauge (ii) Filter gauge (iii) Meter gauge (iv) Filler gauge.*

Description : Which gauge is used to measure finishing tolerances . (i) Tilted gauge (ii) Filter gauge (iii) Meter gauge (iv) Filler gauge.*

Last Answer : (iv) Filler gauge.*

Elcometer is used to measure the ……….. a) cross level b) Gauge c) Thickness of paint* d) All the above

Description : Elcometer is used to measure the ……….. a) cross level b) Gauge c) Thickness of paint* d) All the above

Last Answer : c) Thickness of paint*

How to Measure a Strain Gauge

Description : How to Measure a Strain Gauge

Last Answer : How to Measure a Strain Gauge There are several ways to measure strain. The most common is to use a strain gauge. In laymen's terms, a strain gauge is a device whose electrical ... who supply all the necessary strain gauges and materials from connection tags, to binding adhesives and training.

Pick up the correct statement from the following: (A) The diaphragm is placed between eyepiece and the objective but nearer to the former (B) The diaphragm is placed between the eyepiece and objective but nearer to the later (C) The outer component of the objective is a double-convex lens of crown glass (D) All the above

Description : Pick up the correct statement from the following: (A) The diaphragm is placed between eyepiece and the objective but nearer to the former (B) The diaphragm is placed between the eyepiece and objective ... outer component of the objective is a double-convex lens of crown glass (D) All the above

Last Answer : (D) All the above

How do I measure the length of the side of a cylinder?

Description : How do I measure the length of the side of a cylinder?

Last Answer : You just need to find the circumference of the circle. C=2πr or C=πd

how can you measure the volume of a piece of sugar by gaduated cylinder?

Description : how can you measure the volume of a piece of sugar by gaduated cylinder?

Last Answer : I don't now

How to measure cylinder diameter ?

Description : How to measure cylinder diameter ?

Last Answer : The diameter of the cylinder can be measured with the help of slide calipers.

What Type of cylinder used to measure liquids?

Description : What Type of cylinder used to measure liquids?

Last Answer : Need answer

Can you make really good beef jerky in outer space (details inside ) ?

Description : Can you make really good beef jerky in outer space (details inside ) ?

Last Answer : I think it would become radioactive with all of the gamma rays? I could be very wrong though.

Do you believe that someone can be so ugly on the inside that is diminishes their outer beauty?

Description : Do you believe that someone can be so ugly on the inside that is diminishes their outer beauty?

Last Answer : Oh my goodness yes. : )

The figure given besides shows five squares inside one another by joining the midpoints of the outer square. -Maths 9th

Description : The figure given besides shows five squares inside one another by joining the midpoints of the outer square. -Maths 9th

Last Answer : (c) \(rac{31}{16}a^2.\)Side of the square I = a ∴ Area of square I = a2= \(\sqrt{rac{a^2}{16}+rac{a^2}{16}}\) = \(\sqrt{rac{2a^2}{16}}\) = \(rac{a}{2\sqrt2}\)∴ Sum of the areas of the five squares= a2 + \( ... = a2 \(\bigg[1+ rac{1}{2} + rac{1}{4}+rac{1}{8}+rac{1}{16}\bigg]\) = \(rac{31}{16}a^2.\)

The shear stress is minimum at (a) Axis of the shaft (b) Outer surface of the shaft (c) Anywhere inside the shaft (d) None of these

Description : The shear stress is minimum at (a) Axis of the shaft (b) Outer surface of the shaft (c) Anywhere inside the shaft (d) None of these

Last Answer : (c) Anywhere inside the shaft

The glucocorticoid receptor is located: A. On the outer surface of the cell membrane B. On the inner surface of the cell membrane C. In the cytoplasm D. Inside the nucleus

Description : The glucocorticoid receptor is located: A. On the outer surface of the cell membrane B. On the inner surface of the cell membrane C. In the cytoplasm D. Inside the nucleus

Last Answer : C. In the cytoplasm

A cylinder is within the cube touching all the vertical faces. A cone is inside the cylinder. If their heights are same with -Maths 9th

Description : A cylinder is within the cube touching all the vertical faces. A cone is inside the cylinder. If their heights are same with -Maths 9th

Last Answer : answer:

The pressure inside a piston cylinder is a variable of a) Radius b) Plane angle c) Z plane distance d) Constant, not a variable

Description : The pressure inside a piston cylinder is a variable of a) Radius b) Plane angle c) Z plane distance d) Constant, not a variable

Last Answer : c) Z plane distance

A solid core of rock is formed inside the cylinder in the case of (A) Auger boring (B) Percussion drilling (C) Diamond drilling (D) Wash boring

Description : A solid core of rock is formed inside the cylinder in the case of (A) Auger boring (B) Percussion drilling (C) Diamond drilling (D) Wash boring

Last Answer : Answer: Option C

are mounted on the Periphery of a cylinder that rotates inside a closed casing and concave. a) Dummy type c) spike-tooth type b) Hummer type d) Axial flow type

Description : are mounted on the Periphery of a cylinder that rotates inside a closed casing and concave. a) Dummy type c) spike-tooth type b) Hummer type d) Axial flow type

Last Answer : spike-tooth type

A long, hollow conducting cylinder is kept coaxially inside another long, hollow conducting cylinder of larger radius. Both the cylinders are initially electrically neutral.

Description : A long, hollow conducting cylinder is kept coaxially inside another long, hollow conducting cylinder of larger radius. Both the cylinders are initially electrically neutral. (A) A potential ... difference appears between the two cylinders when same charge density is given to both the cylinders

Last Answer : (A) A potential difference appears between the two cylinders when a charge density is given to the inner cylinder

Which planet gets glass rain ?

Last Answer : Researchers say that the extreme temperature and weather of this planet named HD 169633B is so harsh that it rains glass here and the reflection of light on this glass makes it look dark blue. ... at the speed of seven thousand kilometers per hour like the earth and it starts raining glass.

what- A glass tile for an art project is in the shape of a triangle. Which angle has the greatest measure?

Description : what- A glass tile for an art project is in the shape of a triangle. Which angle has the greatest measure?

Last Answer : E

How does a glass stem thermometer measure temperature?

Description : How does a glass stem thermometer measure temperature?

Last Answer : What is the answer ?

What are your thoughts on gauge invariance? do you think it works in the universe like it works in the lab, in giving us a better understanding of the universe ?.

Description : What are your thoughts on gauge invariance? do you think it works in the universe like it works in the lab, in giving us a better understanding of the universe ?.

Last Answer : I would say I have none, as I don’t know what it is.

Why do bubbles form on the inside of a glass or jug of water when it is left for a while?

Description : Why do bubbles form on the inside of a glass or jug of water when it is left for a while?

Last Answer : Dissolved gasses are released by changes in pressure and temperature.

Fig shows a small air bubble inside a glass sphere `(mu = 1.5)` of radius 10 cm. the bubble is 4.0 cm below the surface and is viewed normally from th

Description : Fig shows a small air bubble inside a glass sphere `(mu = 1.5)` of radius 10 cm. the bubble is 4.0 cm below the surface and is viewed normally from th

Last Answer : Fig shows a small air bubble inside a glass sphere `(mu = 1.5)` of radius 10 cm. the ... from the outside. Find the apparent depth of the bubble.