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Lightning conductor theory

Answer: Lightning conductor is a conducting rod with sharp spikes erected at the topmost region of a building to be protected. The rod is connected to earth via thick copper strips. The contact with earth is kept well conducting. The lightning conductor protect the building in two way The Lightning Phenomenon Lightning is the phenomenon which accompanies the discharge of atmospheric charges from cloud to cloud or from cloud to earth. As lightning seeks the path of the least resistance, it naturally tends to follow the shortest way between cloud and earth, such as buildings or towering projections The lightning diversion theory states that a lighting rod protects a building by providing a conductive pathway of the charge to the Earth. A lightning rod is typically attached by a thick copper cable to a grounding rod that is buried in the Earth below The theory, as expressed in both patents and promotional literature, was that the devices dissipate, or leak off, ground charge, maintaining the protected structure's electrical potential below the critical flash point of lightning. Moreover, it was claimed that the devices actually discharged any storm cloud overhead

Lightning Conductor is a device which helps in protecting the building from the effects of lightning A lightning conductor is made up of thick strips of metal The top end of the lightning conductor is pointed like sharp spikes and it is fixed at the highest point of the buildin In the June, 1967 issue of Journal of the Franklin Institute, R.H. Golde gives, in The Lightning Conductor, a thorough presentation of the theory of lightning rods, experiments with long spark discharges, and an analysis of what happens in a lightning strike. In this paper, taking an estimate of 50 µA for the current from corona discharge in a. Benjamin Franklin invented the Lightning Rod in 1753. This lightning conductor is made up of a 2 to 8 m high tapered metal rod that dominates the structure to be protected and which is connected to minimum two down conductors and two earthing system Lightning is a large-scale natural spark discharge that occurs within the atmosphere or between the atmosphere and the Earth's surface. On discharge, a highly electrically conductive plasma channel is created within the air, and when current flows within this channel, it rapidly heats the air up to about 25,000°C. The lightning channel is an example of terrestrial plasma in action But Franklin didn't feel that he could get his conductor high enough into the clouds to do any good, so he never completed the experiment. Instead, in 1752, he devised a new plan: sending a kite.

A lightning rod (US, AUS) or lightning conductor is a metal rod mounted on a structure and intended to protect the structure from a lightning strike. If lightning hits the structure, it will preferentially strike the rod and be conducted to ground through a wire, instead of passing through the structure, where it could start a fire or cause electrocution Copper and aluminum main cable conductors for lightning protection are designed to a smooth weave or rope-lay standard using smaller gauge individual wires. This construction allows a maximum surface area per unit weight of conductor to accommodate lightning which travels quickly on the surface

About Press Copyright Contact us Creators Advertise Developers Terms Privacy Policy & Safety How YouTube works Test new features Press Copyright Contact us Creators. The lightning discharge is initiated by so called down conductor which creates an ionised air path (downwards or upwards) between the cloud and the ground for the necessary flow of any lightning currents In order to capture this discharge, the lightning rod has a tip and a metallic body, which are connected by a conducting network to a low impedance earthing system (less than 10 Ω) where the lightning discharge dissipates This is the very continuation of the Modern History series in which Sandeep Kumar Singh is discussing Congress: Safety Valve Theory Vs Lightning Conductor T.. Upward lightning originates at the top of a tower or the lightning conductor on a skyscraper, for example, when the storm's electrical field is disturbed by a cloud-to-ground discharge as far away as 60 kilometers, Saba said. but more studies are needed to verify this theory. Reference: Optical observation of needles in upward.

Lightning Conductor - Working and Theory - Ask Physic

countable noun A lightning conductor is a long thin piece of metal on top of a building that attracts lightning and allows it to reach the ground safely. [British] regional note: in AM, use lightning rod COBUILD Advanced English Dictionary A lightning rod and its associated grounding conductors provide protection because they divert the current from nonconducting parts of the structure, allowing it to follow the path of least resistance and pass harmlessly through the rod and its cables. It is the high resistance of the nonconducting materials that causes them to be heated by the passage of electric current, leading to fire and. Safety Valve Theory of Indian National Congress. Published: October 18, 2011. The concept of Safety Valve Theory says that the British had seen the political situation in the country leading to another rebellion on the lines of the Mutiny of 1857; and they wished to avoid such a situation. So, they wanted to provide a platform to the people.

Safety Valve theory - Proposed by William Wedderburn in his biography of A.O. Hume, 1913 (PSC answer: Lala Lajpat Rai, in his book Young India) Lightning rod theory - Proposed by Gopalakrishna Gokhal Lightning protection for building - Earth Electrode. Conductor tape saddles shall be fixed to the walls by Round-head 37.5mm x No. 8 brass wood screws and rawlplugs, the saddles being spaced at not less than 1.00m intervals. As an alternative the Contractor may cast pockets into the structural wall and secure studs via vast resin adhesive once. of the lightning channel has to be zero. In the electrostatic sense, the earth is a conductor of KASEMIR great capacity, and the lightning can draw any necessary charge from it. After contact with the earth the lightning will assume earth po- tential. Rather than discuss the potential function •, which is generated by the charge distribution o This lightning bolt of energy that is let out is called a leader stroke. It can go from the cloud to the ground. Or, a leader stroke can go from the cloud to another cloud. No one is sure why lightning bolts follow a zigzag path as they move. The main bolt or stroke will go back up to the cloud. It will make a flash of lightning

Lightning Conductors. Lightning conductors facilitate guarding buildings throughout lightning. They carry with them a metal rod that's taller than the building that is put inside the walls throughout construction. They run all the thanks to the world and act as an on-the-spot passage for discharge throughout lightning Barclay. 208. 1. I've been reading about static electricity and storms and lightning conductors. I'm confused about the way lightning conductors work. Having read two sources and my questions are shown below: Source A (internet) Storm clouds have a negative bottom and a positive top. The bottom of the cloud is nearer to the ground so it. Installing a lightning conductor system is not usually a policy condition where cover against lightning damage is provided. However, installing lightning protection, as part of a risk assessment strategy, together with its ongoing maintenance and testing, not only serves to protect the building for future generations to enjoy, but should hel

Major metal components aboard the boat, within six feet of the lightning conductor, should be interconnected with the lightning protective system with a conductor at least equal to No. 8 AWG copper. It is preferable to ground the engine directly to the ground plate rather than to an intermediate point in the lightning protection system The theory is that the properly grounded mast (lightning rod) will provide a cone of protection. The point of the rod should extend at least 6 inches above everything it is to protect. The cone then makes roughly a 60-degree angle with the vertical, and the circle of protection at waterline has a radius of 1.5 to 2 times the height of the.

Lightning Protection Theory SCHIRTEC Lightning Protectio

Physics Tutorial: Lightnin

  1. Ball lightning, a fireball sometimes observed during lightnings, has remained unexplained. Here we present a comprehensive theory for the phenomenon: At the tip of a lightning stroke reaching the.
  2. Explaining the theory he said an average lightning strike discharges about 30,000 amperes. When such a large current passes through the copper plate located at the bottom of a lightning conductor it could turn the plate to gold or some precious metal. However other officials say this theory has not been proved scientifically
  3. ation or down conductor to the nearest.
  4. Our approach to lightning protection is based solidly on scientific theory and observation. The foundation was established in a paper published in 1991 in the peer-reviewed IEEE Transactions of Electromagnetic Compatibility. As a result of this paper, subsequent renditions of standards The lightning conductors (the blu
  5. ations are typically made either with individual ground rods in multiple locations or with a buried ground ring that encircles the structure. NFPA 780 mandates that each lightning protection down conductor shall ter

Lightning Protection Theor

A lightning bolt is one of have been unable to locate in thunderclouds electric fields sufficiently strong to trigger this insulator-to-conductor transformation. The theory is that these. Protection against direct lightning strikes has been a subject of controversy since the days of Benjamin Franklin. In 1752, Benjamin Franklin introduced a lightning strike collection system. Subsequently, it became known as the Franklin System, and the more contemporary name is the lightning conductor, air terminal or lightning rod

Lightning Conductor - What is it and how does it work

56.54 -- Lightning ro

  1. Lightning is a significant weather hazard and occurs at an average rate of 50 to 100 discharges per second worldwide. Lightning rods and metallic conductors can be used to protect a structure by intercepting and diverting the lightning current into the ground as harmlessly as possible. When lightning is likely to occur, people are advised to stay indoors or in a car, away from open doors and.
  2. Franklin. In 1755, Dr. Franklin introduced a lightning strike collection system. Subsequently, it became known as the Franklin System, and the more contemporary name is the lightning conductor, air ter
  3. Ball lightning, a fireball sometimes observed during lightnings, has remained unexplained. Here we present a comprehensive theory for the phenomenon: At the tip of a lightning stroke reaching the ground, a relativistic electron bunch can be produced, which in turn excites intense microwave radiation
  4. als, down conductors, a low-impedance ground system and sideflash protection. The best lightning protection system cannot guarantee personal protection, or protection from damage to sensitive electronic equipment
  5. Lightning 1. LIGHTNING 2. Lightning Lightning is also an electric spark, but on a huge scale. In ancient times people did not understand the cause of sparks. . They were, therefore, afraid of lightning and thought that the wrath of gods was visiting them. Lightning is caused by the accumulation of charges in the clouds
  6. Once it is about 80-100 m from the surface, lightning tends to change course towards these taller objects. This happens because air is a poor conductor of electricity, and electrons that are traveling through air seek both a better conductor and the shortest route to the relatively positively charged Earth's surface. Climate change and lightning
  7. al to the grounding electrode. Early streamer emission system: ESE systems are similar to conventional (ESE).

The lightning rod must also be a conductor, yes, since we want to focus the electrons and conduct them safely away from protected structures and back into the Earth. But it is the shape and density of the rod that creates the path in the first place Theory of Lightning Protection System (LPS) A Lightning Protection System (LPS) is the system that provides a means by which a lightning discharge may enter or leave earth without passing through and damaging personnel, electrical equipment, and non-conducting structures such as buildings. A Lightning Protection System does not prevent lightning from striking; it provides

Protection against effects of lightning Lightning

  1. Conventional Theory. Reference [1] describes the three commonly accepted coupling mechanisms by which lightning surges appear on communication cables: Electromagnetic far-field coupling between the cable and the lightning discharge channel; Electromagnetic coupling between the cable and a down-conductor carrying lightning currents
  2. Helita Pulsar E.S.E Lightning Conductor,Helita global protection against lightning ,Pulsar lightning conductor,Pulsar the high pulse voltage. ABB-Helita External Lightning Protection - Download as PDF File .pdf), Text File .txt) or read online. ABB-Helita External Lightning Protection. 66 products offers 66 helita lightning arrester products
  3. characteristic impedance of vertical conductors for lightning transient studies. In order to propose such formula, an initial parametric comparison of existing formulas is performed, using FEM as base solution. From the basis of electromagnetic theory, Wagner and Hileman [9] analyzed the response of a cylindrical conductor

Lightning explained — Science Learning Hu

2. The most time a single person was hit by lightning - 7 times! United States park ranger Roy Cleveland Sullivan was hit by lightning 7 times. He was first struck in 1942 at age 30 and the last time in 1977 at age 65. He survived all 7 strikes, earning him the nicknames Human Lightning Conductor and Human Lightning Rod In this article, lightning-induced overvoltages due to inclined lightning are investigated by a finite-difference timedomain (FDTD) method for distribution lines of a single conductor and a multiphase line (three-phase conductors with a shield wire, utility poles, groundings, and arresters). The FDTD model is validated in comparison with results of circuit-theory-based analytical and numerical.

The True Story Behind Ben Franklin's Lightning Experiment

  1. Franklin developed the idea of using lightning conductor to protect tall buildings A lightning conductor consists of a metal rod ending in pipes at the top end of the rod is attached to A copper plate buried deep in the Earth if lightening does not strike the building it flows harmlessly to the.
  2. A lightning rod or lightning conductor is an iron rod that is used to make lightning strike it, rather than strike something else. It is part of a lightning protection system. Such a system is made of many such rods. These rods are usually placed at high points of buildings and structures
  3. A lightning rod is a metal strip or rod, usually of copper or similar conductive material, used to protect tall or isolated structures (such as the roof of a building or the mast of a vessel) from lightning damage. Other names include lightning conductor, lightning arrester, lightning discharger, and lightning protector. Construction and uses. A lightning rod is connected via a low-resistance.

Lightning is one of the eight Elemental Magic's in Victubia. 1 Description 2 Properties 3 Byproducts & Effects 3.1 Lightning Strike 3.1.1 Direct 3.1.2 Indirect 3.1.3 Resultant 3.2 Thunder 3.3 Electromagnetism 4 Variants 4.1 Negative Lightning 4.2 Positive Lightning 5 Relation to other Elements 6 Trivia 7 Gallery 8 References Lightning is one of the basic element that a magi can be born with. Power and telecommunications systems are growing increasingly complex. This increases their vulnerability to lightning-related effects. Due to the high requirements for the reliability of power and telecommunications systems and the associated sensitive equipment, protection against lightning is of paramount importance. Lightning-induced effects are to be quantified in order to assess the. (WNCN) — After a mural dedicated to George Floyd in Ohio collapsed after reportedly being struck by lightning, Donald Trump Jr. is wondering whether the act was that of a higher power. Former President Donald Trump's son brought his theory to Instagram, opening the statement by saying this will drive some people nuts but oh [ (1888). XXI. On the theory of lightning-conductors. The London, Edinburgh, and Dublin Philosophical Magazine and Journal of Science: Vol. 26, No. 159, pp. 217-230

Lightning rod - Wikipedi

Theory of LightningTheory of Lightning (ref: Furse Guide to BS EN 62305) Dec 2012 Slide no: 3 into any conductors by magnetic coupling from lightning strikes up to 100 metres away. its lightning conductors. Fire is one of the deadly results Lightning conductors may be divided into three parts (1) the point or part overtopping the building (2) the conductor or part connecting the points with the ground and (3) the part in the ground The metal spoon is a conductor. A conductor is an object that electricity can easily move through, from atom to atom. When we bring the spoon down to touch our negatively charged balloon, the electrons jump to meet the protons. This creates the lightning we see, because this is exactly what happens in nature conductors and earth electrodes EN 50164-3 Lightning protection components (LPC) - Part 3: Requirements for isolating spark gaps Theory of Lightning The Thundercloud The cloud needs to be 3 to 4 km deep. The taller the cloud, the more frequent the lightning The key element in diverting lightning away from a building is an air terminal or lightning rod, a conductor that projects into the air at least 12 in above the roof. Air terminals should be spaced at intervals not exceeding 25 ft. Alternatively, a continuous wire conductor or a grid of such conductors may be placed along the highest points of.

Lightning Protection Overview - Lightning Protection Institut

  1. Chapter 8 covers the lightning protection systems for thatched roofed structures. For lightning protection systems, one method is commonly used for protecting thatched roofed structures, - the mast method. There are however other methods. In this chapter we look at two methods, the mast and conductors above the roof
  2. Good lightning earth electrode design should go beyond merely specifying a performance parameter based on resistance. References [1] - IEC 62305 'Protection against lightning - Part 1 General Principals', Annex A, 2006 [2] - Berger K., Anderson R.B., Kroninger H., Parameters of lightning flashes', CIGRE Electra No.41, 197
  3. In order to understand the onset of a sideflash from a system with an immersed ground conductor, consider a simple model where current i(t) is flowing into a lightning protection system comprising an immersed grounding electrode and a single conducting fitting that is bonded to the system. The potential of the whole system is v(t), where ground potential is an infinite distance away
  4. Bonds join metallic roofing components and grounded building systems to the main conductor, preventing lightning from jumping between objects. Tree protection Trees taller than your home increase strike risk. Outfitted them with lightning protection can mitigate lightning danger. Surge protectors, suppressors, and arrestors
  5. Lightning conductors are used to protect property and buildings. They furnish an easy preferable by physics path for the lightning to follow. Usually they are put on the highest point of a structure and by providing a conductive path they divert t..
  6. The theory is that under lightning conditions one needs to be able to lift all things such as power systems, IT systems, pipes etc. to the same potential level. Table 1: Rolling sphere radius, protection angle, mesh size and typical preferred distances between down conductors

The main important component of any Earthing or Lightning Protection System is the actual Conductor. SPEEDWELL's Bare Copper Tape is manufactured from finest quality Cathodes of purity 99.99%. These Tapes is Annealed for ease of use with radiused edges and are Oxygen free (Oxygen 5ppm) Using the water as a conductor, Mako electrocuted Ming-Hua with his lightning. Lightning remained a favored technique of Mako's, as a year later, when a group of dark spirits attempted to reach Korra's body within the Tree of Time, he struck them down with it. Later that year, he used it as a last resort when fighting Ming-Hua in an underground lake, using the water as a conductor and. J Stones, in Electrical Engineer's Reference Book (Sixteenth Edition), 2003. 43.3.7 Storm and environment related damage. Lightning strikes are a cause of transient overvoltages often leading to faults. Lightning does not have to strike a conductor in order to inject transients on to the local network, 'impulses' can be induced if lightning strikes near a conductor Lightning strokes to transmission towers are one of the main causes of power transmission failures. For the lightning protection of transmission lines and gener-ator/substations, the overvoltages generated by a lightning stroke to a transmission tower must be predicted accurately. Since a transmission tower is a conductor syste Earthing Fundamentals Lightning & Surge Technologies R L = ρ× A here ρ Resistivity (Ω-m) of the conductor material etween the opposite faces of a cube of material with a side dimension of 1 metre

are used to test the theory and the developed computer code pre-sented in Part I of this paper [14] to compute lightning induced voltages on a shielded buried cable. The experimental results were obtained at the International Center for Lightning Research and Testing (ICLRT) at Camp Manuscript received October 20, 2004; revised January 7, 2005 Ball lightning-theories 6-7 37. Resonance theory 6-10 37. Quantum-theory 6-11 38. Theory of magnetic vortex 6-12 38. Photos of ball lightning 6-18 39. Two conductors 11-6 74. Lightning rod on tower 11-9 75. Air terminations of block-house 11-13 75. The collection space of one mesh 11-25 77 conductors in DC amps to ensure that current carrying ca-pacity is not exceeded. ¨ Time-domain analysis of the lightning strike on the specific structure. This is critical to understanding the amperage carrying capacity of the conductors. ¨ The application of the rolling-ball theory of lightning pro structural element that has a secondary benefit as an electrical conductor is causing electrical problems. An improperly installed lightning protection system can cause more damage then not having any lightning protection. Safety: In actuality, grounding=s purpose is a lot more than providing a common point of reference. It is the key to SAFETY

How does a Lightning Conductor work I Physics I

Thunderstorm - Thunderstorm - Thunderstorm electrification: Within a single thunderstorm, there are updrafts and downdrafts and a variety of cloud particles and precipitation. Measurements show that thunderclouds in different geographic locations tend to produce an excess negative charge at altitudes where the ambient air temperature is between about −5 and −15 °C (23 to 5 °F) Lightning conductor definition is - a metal rod that is placed on a building and connected with the ground below to protect the building from being damaged by lightning Equipotential bonding - commonly referred to as bonding - is a very important measure in reducing the risk of equipment damage and personal injury. Bonding involves joining together all metalwork and conductive items that are or may be earthed so that it is at the same potential (voltage) everywhere. If a component failure occurs, all circuits and conductors in a bonded area will have the same. Lightning protection systems for facilities often involve aerial terminals, down conductors and ground laid counterpoise systems. If lightning attaches to the protection system, there can be a significant interaction between the lightning grounding system and any incoming power or signal lines which may be entering the facility. A three dimensional finite difference formalism of Maxwell's.

lightning events may be reduced by limiting voltages and currents on the antenna systems through the use of proper bonding, grounding and surge protection devices. Although not specifically discussed in this article, NFPA 780, Standard for Installation of Lightin Table of Contents 1. IEC and EN Standards 6 1.1 IEC 62305 series 1.2 EN 50164 series 1.3 Normative and informative 1.4 IEC terminology 6 6 8 8 2. Theory of the lightning flash 9 2.1 The thundercloud 2.2 Mechanics of the lightning strike 2.3 Lightning parameters 2.4 Lightning damage and risk management 10 10 11 13 3

Upward lightning originates at the top of a tower or the lightning conductor on a skyscraper, for example, when the storm's electrical field is disturbed by a cloud-to-ground discharge as far away as 60 kilometers, Saba said. but more studies are needed to verify this theory. Reference:. History of lightning research. During early investigations into electricity via Leyden jars and other instruments, a number of people proposed that small scale sparks shared some similarity with lightning. Benjamin Franklin endeavored to test this theory by using a spire which was being erected in Philadelphia but while waiting for its completion, he got the idea of using a flying object, such. 3 Distributed-circuit models of electromagnetic coupling to overhead conductor + Show details-Hide details p. 63 -81 (19) We introduce three different sets of telegrapher's equations with source terms and corresponding equivalent circuits that can be used for studying voltage and current surges induced on an overhead conductor by transient electromagnetic fields such as those produced by.

Lightning frequently terminates to a point of elevation and it strikes nonmetallic as well as metallic objects with the same frequency. It is not the force of the magnetic field through a conductor that produces electricity; it is the relative motion of the field to the electrons within the conductor that produces the movement of electrons. Upward lightning originates at the top of a tower or the lightning conductor on a skyscraper, for example, when the storm's electrical field is disturbed by a cloud-to-ground discharge as far.

You willl learn how to create Revit families for: vertical rod air termination system with its protective volume according to different LPL (lightning protection level ), solid tape or flat conductors, holders to ensure the distance between conductors and surfaces, clamps and others LIGHTNING KING services has 20 years in the manufacturing and installations of lightning conductors for: Thatch roofs, guest houses, lodges, game farms and all types of structures. Installation of non-isolated air-termination systems for houses and buildings: in other words, roof conductors that is installed on the ridges of the roof and. Lightning Arrester A lightning Protection System is installed to protect a structure from potential damage due to high voltage lightning strikes. A typical Lightning Protection System includes, metal Air Terminals, Down Conductor, and an Earthing System The Americans in lightning protection standard NFPA 780 make it clear that Each down conductor shall terminate at a grounding electrode dedicated to the lighting protection system However the old (and superseded) BS 6651 clause 17.3 recommends a common earth termination network A lightning rod is a single component in a lightning protection system. In addition to rods placed at regular intervals on the highest portions of a structure, a lightning protection system typically includes a rooftop network of conductors, multiple conductive paths from the roof to the ground, bonding connections to metallic objects within.

A lightning rod (or lightning protector) is a metal strip or rod, usually of copper or similar conductive material, used as part of lightning safety to protect tall or isolated structures (such as the roof of a building or the mast of a vessel) from lightning damage. Its formal name is lightning finial or air terminal.Sometimes, the system is informally referred to as a lightning conductor. in shields are computed by the rigorous antenna theory approach and then voltages coupled to the control circuits are obtained by usual circuit theory approach. Influence of parameters, such as: lightning waveshape, soil conduc-tivity, location of feed point, cable routing, earthing sys-tem size, and conductor separation, is investigated. Pa see also lightning conductor Word Origin late Middle English (denoting a military leader): via Old French from Latin conductor , from conducere 'bring together'. See conductor in the Oxford Advanced American Dictionary See conductor in the Oxford Learner's Dictionary of Academic Englis

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