Finshaggy
Well-Known Member
Lol.
That sounds great and all, but I'm thinking more like someone in trouble for trafficking illegal fireworks, or something like that. The other two will be in for trespassing.
Bank Robbing Movie Plot
- Thread starter Finshaggy
- Start date
That sounds great and all, but I'm thinking more like someone in trouble for trafficking illegal fireworks, or something like that. The other two will be in for trespassing.
Finshaggy
Well-Known Member
Lol. You can sell Fireworks all year round in Texas, but there are certain retail dates, and most places they can sell July 4th season and January 1st season. Texas has 3 extra seasons.
Texas Independence Day – February 25 – March 2
San Jacinto Day – April 16 – April 21
Memorial Day – The Wednesday before the last Monday in May, ending at midnight on the last Monday.
Texas Independence Day – February 25 – March 2
San Jacinto Day – April 16 – April 21
Memorial Day – The Wednesday before the last Monday in May, ending at midnight on the last Monday.
abe supercro
Well-Known Member
Similar thing happened to me for having a Notice to Appear for the only possesion charge I've ever had in my life in my 20's. Got it expunged after completing some b.s N.A. type counseling sessions.
Finshaggy
Well-Known Member
abe supercro
Well-Known Member
starting to recognize considered demographics and whatnot, so this is random even though it's a good heist movie.
What's bizarre is this same actor, who played Don Logan in Sexy Beast, also depicts Gandhi. Perhaps he can make a cameo appearance if you write a few lines specifically for Ben Kingsley.
What's bizarre is this same actor, who played Don Logan in Sexy Beast, also depicts Gandhi. Perhaps he can make a cameo appearance if you write a few lines specifically for Ben Kingsley.
Finshaggy
Well-Known Member
I don't have any plans for specific people to be in the movie. And tandon people don't need to appear.
Lol
abe supercro
Well-Known Member
I'm not sure what you're saying, the guy has star power. did a search with Ben Kinsley and Tandoori and this is where I was directed.
http://www.columbia.edu/itc/mealac/pritchett/00urduhindilinks/shacklesnell/316gandhi.pdf
http://www.columbia.edu/itc/mealac/pritchett/00urduhindilinks/shacklesnell/316gandhi.pdf
Finshaggy
Well-Known Member
How to make Thermite
http://m.wikihow.com/Make-Thermite
http://m.wikihow.com/Make-Thermite
Finshaggy
Well-Known Member
I'm saying this movie isn't about star power. It wouldn't matter if there wasn't 1 famous person in it.
abe supercro
Well-Known Member
Now Naan would be the bread of choice for your film, not Wonderbread..
abe supercro
Well-Known Member
You're starting to get elaborate with sets, amount of actors, special effects, which would require a large budget. Anything over one mill would require a few names attached to get FINancing.
abe supercro
Well-Known Member
maybe write it, to sell it. do another project with the revenue from film script
Finshaggy
Well-Known Member
sodium= yellow
barium= green
strontium= red
copper= blue
While the metallic element dictates the color produced, the compound that contains the element has a profound effect on the type of flame. Calcium does not produce an exciting color by itself, but it enhances colors of other substances. Chlorine does not produce colored flames by itself, but the presence of chlorine greatly enhances the development of color from metallic elements. Chlorine-containing substances such as chlorate or perchlorate oxidizers or organic chlorine compounds such as polyvinyl chloride or hexachlorobenzene provide chlorine atoms to enhance volatility and light emission. Certain substances are included for specific effects. Iron filings sparkle and flash when mixed with other burning materials; the metallic iron oxidizes to produce Fe 2 O 3 , a process that produces a large amount of energy sufficient to cause the reacting iron particles to glow. Titanium metal is also used for production of sparks. Zinc is used in some smoke formulas and to produce star effects.
Fireworks consist of a source of energy such as a mixture of a fuel and an oxidizing agent that react to produce high temperatures and some substance that will emit brightly colored light. One of the simplest firework devices is a sparkler. Sparklers typically consist of a metal wire coated with a mixture of fuel and an oxidizer (mixed in proportions to allow burning), iron filings, and a glue to hold the components together. When the sparkler is ignited, the fuel and oxidizer burn, heating the iron filings so that they sparkle. Other substances such as zinc or magnesium alter the character of the sparks.
Firecrackers contain flash powder (a mixture of an oxidizer such as potassium chlorate or perchlorate and powdered aluminum or magnesium) or black gunpowder in a paper tube. An attached fuse ignites the flammable mixture, which burns explosively, producing gases that rapidly build up pressure and burst the container. Aluminum and magnesium components produce brighter flashes.
Aerial fireworks usually are of two types, aerial shells fired from tubes and the traditional skyrocket. Rockets are made of cardboard tubes filled with a mixture of fuel and oxidizer in proportions that allow continuous burning rather than explosion. Expulsion of gases from the tube propels it skyward. Rockets often contain explosive charges to explode after the propellant charge burns out; the composition of the explosive charge determines the colors produced.
Aerial shells are small balls of explosive material fired from a steel or cardboard tube or stand. A lifting charge throws the ball skyward, and the explosive charge fires when the embedded fuse burns down after a time period appropriate for the shell to reach the desired altitude. The shell usually contains a bursting charge and stars made up of cubes or spheres of material that will burn, sparkle, or explode. Multibreak shells are made up of combinations of shells designed so that the explosion of one shell ignites the next.
Shells designed to explode with a bang are called reports or salutes. The whistling effect of some devices is produced by packing techniques that cause intermittent burning. Specialized shells designed to burst forming patterns such as hearts or circles are made by surrounding the break charge with pellets containing explosive charges. When the break charge explodes, the pellets are blown outward, producing a pattern.
barium= green
strontium= red
copper= blue
While the metallic element dictates the color produced, the compound that contains the element has a profound effect on the type of flame. Calcium does not produce an exciting color by itself, but it enhances colors of other substances. Chlorine does not produce colored flames by itself, but the presence of chlorine greatly enhances the development of color from metallic elements. Chlorine-containing substances such as chlorate or perchlorate oxidizers or organic chlorine compounds such as polyvinyl chloride or hexachlorobenzene provide chlorine atoms to enhance volatility and light emission. Certain substances are included for specific effects. Iron filings sparkle and flash when mixed with other burning materials; the metallic iron oxidizes to produce Fe 2 O 3 , a process that produces a large amount of energy sufficient to cause the reacting iron particles to glow. Titanium metal is also used for production of sparks. Zinc is used in some smoke formulas and to produce star effects.
Fireworks consist of a source of energy such as a mixture of a fuel and an oxidizing agent that react to produce high temperatures and some substance that will emit brightly colored light. One of the simplest firework devices is a sparkler. Sparklers typically consist of a metal wire coated with a mixture of fuel and an oxidizer (mixed in proportions to allow burning), iron filings, and a glue to hold the components together. When the sparkler is ignited, the fuel and oxidizer burn, heating the iron filings so that they sparkle. Other substances such as zinc or magnesium alter the character of the sparks.
Firecrackers contain flash powder (a mixture of an oxidizer such as potassium chlorate or perchlorate and powdered aluminum or magnesium) or black gunpowder in a paper tube. An attached fuse ignites the flammable mixture, which burns explosively, producing gases that rapidly build up pressure and burst the container. Aluminum and magnesium components produce brighter flashes.
Aerial fireworks usually are of two types, aerial shells fired from tubes and the traditional skyrocket. Rockets are made of cardboard tubes filled with a mixture of fuel and oxidizer in proportions that allow continuous burning rather than explosion. Expulsion of gases from the tube propels it skyward. Rockets often contain explosive charges to explode after the propellant charge burns out; the composition of the explosive charge determines the colors produced.
Aerial shells are small balls of explosive material fired from a steel or cardboard tube or stand. A lifting charge throws the ball skyward, and the explosive charge fires when the embedded fuse burns down after a time period appropriate for the shell to reach the desired altitude. The shell usually contains a bursting charge and stars made up of cubes or spheres of material that will burn, sparkle, or explode. Multibreak shells are made up of combinations of shells designed so that the explosion of one shell ignites the next.
Shells designed to explode with a bang are called reports or salutes. The whistling effect of some devices is produced by packing techniques that cause intermittent burning. Specialized shells designed to burst forming patterns such as hearts or circles are made by surrounding the break charge with pellets containing explosive charges. When the break charge explodes, the pellets are blown outward, producing a pattern.
Finshaggy
Well-Known Member
I already have plans for how to fund it. And it will be a good amount, but it won't be like a million dollar movie or anything like that.
Finshaggy
Well-Known Member
I'll work in names after its written, this is going to be something people will want to be a part of.
And it won't even be close to 1 million, it won't even be close to half that.
Finshaggy
Well-Known Member
Grenades (different kinds)
http://www.madehow.com/Volume-7/Grenade.html
https://en.wikipedia.org/wiki/Hand_grenade
Binary Liquid Explosives
https://en.wikipedia.org/wiki/Binary_explosive
https://en.wikipedia.org/wiki/PLX
http://www.madehow.com/Volume-7/Grenade.html
https://en.wikipedia.org/wiki/Hand_grenade
Binary Liquid Explosives
https://en.wikipedia.org/wiki/Binary_explosive
https://en.wikipedia.org/wiki/PLX
Finshaggy
Well-Known Member
Smoke grenades are used as ground-to-ground or ground-to-air signalling devices, target or landing zone marking devices, and screening devices for unit movement. The body is a sheet-steel cylinder with emission holes in the top and bottom. These allow the smoke to be released when the grenade is ignited. Two main types exist: coloured smoke (for signaling) and screening smoke. In coloured smoke grenades, the filler consists of 250 to 350 grams of coloured smoke mixture (mostly potassium chlorate, lactose and a dye). Screening smoke grenades usually contain HC (hexachloroethane/zinc) smoke mixture or TA (terephthalic acid) smoke mixture. HC smoke is harmful to breathe, since it contains hydrochloric acid. These grenades can generate enough heat to scald or burn unprotected skin, and the spent casing should not be touched until it has cooled.
Finshaggy
Well-Known Member
Incendiary grenades (or thermite grenades) produce intense heat by means of a chemical reaction. Greek Fire could be considered the earliest form of incendiary grenade, which could be lit on fire and thrown in breakable pottery. The weapon was first used by the Byzantines.
The body of modern incendiary grenades is practically the same as that of a smoke grenade. The filler is 600 to 800 grams of thermate, which is an improved version of World War II-era thermite. The chemical reaction that produces the heat is called a thermite reaction. In this reaction, powdered aluminium metal and iron oxide react to produce a stream of molten iron and aluminium oxide. This reaction produces a tremendous amount of heat, burning at 2,200 °C (3,992 °F). This makes incendiary grenades useful for destroying weapons caches, artillery, and vehicles. Another advantage is its ability to function without an external oxygen source, allowing it to burn underwater. Because they are not intended to be thrown, thermite incendiary grenades generally have a shorter delay fuse than other grenades (e.g. two seconds).
White phosphorus can be used as an incendiary agent. It burns at a temperature of 2,800 °C (5,070 °F). White phosphorus was used in the No 76 Special Incendiary Grenade by the British Home Guard during World War II.
The body of modern incendiary grenades is practically the same as that of a smoke grenade. The filler is 600 to 800 grams of thermate, which is an improved version of World War II-era thermite. The chemical reaction that produces the heat is called a thermite reaction. In this reaction, powdered aluminium metal and iron oxide react to produce a stream of molten iron and aluminium oxide. This reaction produces a tremendous amount of heat, burning at 2,200 °C (3,992 °F). This makes incendiary grenades useful for destroying weapons caches, artillery, and vehicles. Another advantage is its ability to function without an external oxygen source, allowing it to burn underwater. Because they are not intended to be thrown, thermite incendiary grenades generally have a shorter delay fuse than other grenades (e.g. two seconds).
White phosphorus can be used as an incendiary agent. It burns at a temperature of 2,800 °C (5,070 °F). White phosphorus was used in the No 76 Special Incendiary Grenade by the British Home Guard during World War II.