Steel required for 100 sq ft roof slab – We we have given area of RCC slab is equal to 100 square feet and thickness of RCC slab is 4 inch, 5 inch and 6 inch thick. ● 1) Steel required for 100 sq ft slab 4 inch :- area of RCC slab is equal to 100 square feet and thickness of RCC slab 4 inch,then volume of concrete it is calculated by multiplying area and thickness of slab.

- Wet volume of concrete is equal to multiplication of area and thickness of slab 100 sq ft × 4 inch/12 = 33.4 cu ft, so wet volume of concrete equal to 33.4 cu ft.
- Now we convert volume of concrete into cubic metre, 1m3 = 35.3147 cuft, then wet volume of concrete in cubic meter = 33.4/35.3147 = 0.944 m3, now volume of concrete is equal to 0.944 m3.

Thumb rule for Steel required for RCC slab is 80 kgs/m3, then quantity of steel required for 100 sq ft ( 0.944 m3) rcc slab is equal to = 80 × 0.944 = 75.5 Kgs. Ans. :- 75.5 Kgs steel quantity are required for 100 sq ft 4 inch thick rcc roof slab. ● 2) Steel required for 100 sq ft slab 5 inch :- area of RCC slab is equal to 100 square feet and thickness of RCC slab 5 inch,then volume of concrete it is calculated by multiplying area and thickness of slab.

Wet volume of concrete is equal to multiplication of area and thickness of slab 100 sq ft × 5 inch/12 = 41.7 cu ft, so wet volume of concrete equal to 41.7 cu ft. Now we convert volume of concrete into cubic metre, 1m3 = 35.3147 cuft, then wet volume of concrete in cubic meter = 41.7/35.3147 = 1.18 m3, now volume of concrete is equal to 1.18 m3.

Thumb rule for Steel required for RCC slab is 80 kgs/m3, then quantity of steel required for 100 sq ft ( 1.18 m3) rcc slab is equal to = 80 × 1.18 = 94.5 Kgs. Ans. :- 94.5 Kgs steel quantity are required for 100 sq ft 5 inch thick rcc roof slab. ● 3) Steel required for 100 sq ft roof slab 6 inch :- area of RCC slab is equal to 100 square feet and thickness of RCC slab 6 inch,then volume of concrete it is calculated by multiplying area and thickness of slab.

Wet volume of concrete is equal to multiplication of area and thickness of slab 100 sq ft × 6 inch/12 = 50 cu ft, so wet volume of concrete equal to 50 cu ft. Now we convert volume of concrete into cubic metre, 1m3 = 35.3147 cuft, then wet volume of concrete in cubic meter = 50/35.3147 = 1.416 m3, now volume of concrete is equal to 1.416 m3.

Thumb rule for Steel required for RCC slab is 80 kgs/m3, then quantity of steel required for 100 sq ft ( 1.416 m3) rcc slab is equal to = 80 × 1.416 = 113.3 Kgs. Ans. :- 113.3 Kgs steel quantity are required for 100 sq ft 6 inch thick rcc roof slab. Now question is how much steel required for 100 sq ft slab ? ● Ans.

Contents

- 1 Which size rod is best for roof?
- 2 Which rod is used in roof?
- 3 How do you calculate slab rods?
- 4 What are 7ft rods used for?
- 5 What is a 2 4kg rod good for?
- 6 How do you calculate iron rods?
- 7 What are 10ft rods used for?
- 8 How important is rod length?
- 9 What type of rod is best for top water?
- 10 Which size rod is mostly used in construction?

## Which size rod is best for roof?

Iron rod size of footing, column, beam and slab for 2 Storey building Iron rod size of footing column, beam, and slab for 2 Storey building, hi guys in this article we know about reinforcement detail of footing, column, plinth beam, wall beam and RCC slab for 2 storey (G+1) building and also know about iron rod size of footing, column, beam and slab. Iron rod size of footing column beam and slab for 2 Storey building People might be in confusion what type of iron rod size is best for using in RCC structural member like footing, column, beam and slab of your residential and commercial building. In this article we talk about use of different size of iron rod in different RCC structure for 2 storey (G+1) building.

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Sizes of iron rod used in different RCC member are determined on the basis of architectural drawing & designing for 2 storey (G+1) building or simply ground floor building. If you want to design for residential building structure and where the height of building is not more than 9.5 m and spacing of columns are 4m to 5m, not more than 5m, you can do it, but it seems little bit smaller section.

- Iron rod size for 2 storey (G+1) building:- According to general thumb rule, we will assume a structure of G+1 (2 storey) residential building,using standard 9″ thick walls,we should use iron rod size of 10mm as mesh bar for footing, 6nos of 12mm size used for column, 4nos of 12mm size used for beam and 10mm & 8mm iron rod size used for rcc roof slab casting.
- Iron rod size for 2 storey (G+1) building: – According to general thumb rule, we will assume a structure of G+1 (2 storey) residential building,using standard 9″ thick walls,we should use iron rod size of 10mm as mesh bar for footing, 6nos of 12mm size used for column, 4nos of 12mm size used for beam and 10mm & 8mm iron rod size used for rcc roof slab casting.
- Iron rod size of footing for 2 storey (G+1) building:- For footing of 2 storey building (G+1) according to general thumb rule, we will assume a structure of G+1 (2 storey) residential building, using standard 9″ thick walls, size of footing depth should be minimum 4 to 5 feet, using iron rod size ″C/C of Fe 500 used with m20 grade of concrete and clear cover 50mm or 2 inch.
- Iron rod size of column for 2 storey (G+1) building:- For column of 2 storey building (G+1) according to general thumb rule, we will assume a structure of G+1 (2 storey) residential building, using standard 9″ thick walls, size of column should be minimum 9″×12″,using 6nos of iron rod size T12 of Fe 500 used with m20 grade of concrete with stirrups of ″C/C and clear cover 35mm.
- Iron rod size of plinth beam for 2 storey (G+1) building:- For plinth beam of 2 storey building (G+1) according to general thumb rule, we will assume a structure of G+1 (2 storey) residential building, using standard 9″ thick walls, size of plinth beam should be minimum 9″×9″,using 2nos of iron rod size T12 to top and 2nos of iron rod size T12 in bottom of Fe 500 used with m20 grade of concrete with stirrups of ″C/C with clear cover 35mm.
- Iron rod size of floor beam for 2 storey (G+1) building:- For wall beam of 2 storey building (G+1) according to general thumb rule, we will assume a structure of G+1 (2 storey or ground floor) residential building, using standard 9″ thick walls, size of wall beam should be minimum 9″×9″,using 2nos of iron rod size T12 to top and 2nos of iron rod size T12 in bottom of Fe 500 used with m20 grade of concrete with stirrups of ″C/C with clear cover 35mm.
- Iron rod size of rcc roof slab for 2 storey (G+1) building:- For casting of rcc slab of 2 storey building (G+1) according to general thumb rule, we will assume a structure of G+1 (2 storey) residential building, using standard 9″ thick walls, thickness of rcc slab should be minimum 5 inch,using main bar of iron rod size ″C/C & distribution bar of iron rod size of ″C/C in bottom, using main bar of iron rod size ″C/C & distribution bar of iron rod size of ″C/C into top of Fe 500 used with m20 grade of concrete with clear cover 20mm.

: Iron rod size of footing, column, beam and slab for 2 Storey building

## Which rod is used in roof?

Iron Rod TMT Steel Bars for Roofing and Construction Work, Grade: Fe 500.

## How do you calculate slab rods?

Formula = (total length – clear cover)/center to center spacing + 1 main bar, = (5000 – (25+25))/100 + 1, = 4950 divided by 100 + 1, = 51 bars., distribution bar = (2000 – (25+25))/125 + 1, = 1950 divided by 125 + 1, = 17 bars.

### How much steel is used in a building?

4 kg of steel is required per square foot of built-up area. To find the exact amount, I then multiplied the built-up area by 4 kg. The total steel required for 1000 sq ft construction is 4000 kg or 4 tonnes.

## What are 7ft rods used for?

2.7-foot, medium-heavy casting rod – Versatility and power is the name of the game with this rod. It has enough tip to facilitate tricky roll casts but enough backbone to take control of the fight and easily handle most larger, hard-thumping lures. If I had to choose one rod to use for the rest of my life, this would be it.

- A medium-heavy rod will allow you to fish Texas rigs, smaller jigs, spinnerbaits, vibrating jigs, topwater lures, crankbaits and much more without sacrificing hardly any performance.
- While many boat anglers prefer their medium-heavy rods to be longer, I tend to max my bank fishing rods out at 7 feet.

You’ll often find yourself around thick, wooded areas with extremely tight casting windows, so even a 6-foot, 6-inch model is a great choice. There’s nothing worse than setting the hook and getting your rod tip tangled in a bunch of branches. Trust me—I’ve been there.

## What is a 2 4kg rod good for?

How to Pick Your First Outfit For anyone new to fishing, picking your first outfit can be exciting but also a little intimidating, however, this doesn’t need to be the case. There are some key features to look out for that will help you find the right setup. The answer to finding the right outfit will depend on two factors, one is location and the other is the species you’re likely to encounter. Freshwater Fishing Nowadays, most of our waterways are either stocked or booming with natural populations of freshwater species, which is great for beginners to get started and learn the fundamentals of fishing. Setups are light and can be used on an array of sweet water targets, such as Trout, Redfin, Bass, Golden Perch and many more.1-2kg or 2-4kg rods are perfect as they’re light enough to cast unweighted baits, flick small lures and also enable you to steer fish in.

Choosing a rod length is simple and usually something between 6-7ft is ideal but can alter to suit the locations you’re focusing on. If you’re wanting to start your explorations around rivers and streams, then I recommend selecting a rod which is shorter in length. In return this will aid in more accurate casts and also lower the chances of getting caught in trees and other overhead vegetation.

However, if Lakes and Dams have attracted your attention, then steering towards a rod which is longer in length will increase casting distance, allowing you to cover more water and find fish quicker. Reels around 2000-2500 sizes will stop even the biggest of freshwater species but are still light enough to enable an angler to be mobile and cover a range of locations. Line can vary in size and material but remember this is what’s connecting you to the fish and the aim is to keep it as light as possible. Braid, Monofilament and Fluorocarbon can all be used as a mainline. For someone starting out, Monofilament or Fluorocarbon is great as it eliminates the use of a leader knot and in some circumstances, especially in clear water, makes your presentation appear more natural.

- My Gear
- Small Tight Water Streams
- * TD Hyper 603LFS/Luvias 2000S

* J-Thread Nylon 6/8lb Lakes, Big Rivers and Dams * TD Zero 702LS/TD Kix LT 2500LT * J-Braid Grand Island Blue 8lb J-Thread Fluorocarbon 8lb Saltwater Shore Fishing Australia is surrounded by endless coastline which is teeming with a variety of species including the likes of Snapper, Australian Salmon and Flathead just to name a few. As a rule of thumb the longer the rod, the further the cast, so it makes sense to use rods greater than 9ft in length (something between 10-12ft). An added advantage to using longer rods is the clearance you gain to avoid any snags and helps to keep your line up over crashing waves.

- My Gear
- * Sensor Sandstorm 1002M/Procargo SS5000
- * J-Braid Grand Multicolour 20lb
- * J- Thread Type N Nylon leader 30lb
- Bay Boating

That new boat feeling is special, you spend endless hours planning the best way to set it up, just itching to get out on the water the next chance you get. No matter the size or shape of your boat, organisation is the key to a smooth days fishing. Just like boat preparation, fishing tackle should be no different and arranged at the ready for whatever species you may come across. In my view, a 2-4kg rod (something between 6’6-7’6ft) paired with a 2000-2500 size reel is unmatched as it gives you the ability to be casting lures at Snapper one minute to dropping a bait for Whiting the next.8-12lb mainline is great and I prefer Braid in these situations.

- My Gear
- * Rebellion 681ML+FS /TD Sol 3 2500LT
- * J-Braid Grand Island Blue 8lb
- * J-Thread Fluorocarbon leader 8-12lb

: How to Pick Your First Outfit

#### What is the full length of iron rod?

What is the standard length of TMT iron rods? The standard length of TMT iron rod is 12 meters or approximately 40 feet.

### Can 12mm iron rod be used for a storey building?

Yes, 12mm reinforcements can be used in building a storey building. It can be used in a structural element like slab and it is not advisable to be used for columns and beams.

## How do you calculate iron rods?

The following table shows how many bars will be there 1 bundle for each size – –

Size | Soot | Pc/Bundle | Apox Weight/Mtr | Apox Per kg/ weight | Length | Approx Weight/Bundle |
---|---|---|---|---|---|---|

8mm | 2.5 | 20 | 0.395 | 4.74 | 12 mtr | 94.8 |

10mm | 3 | 13 | 0.617 | 7.4 | 12 mtr | 96.2 |

12mm | 4 | 9 | 0.888 | 10.66 | 12 mtr | 95.9 |

16mm | 5 | 5 | 1.58 | |||

18.96 | 40 ft | 94.8 | ||||

46 ft | 110.8 | |||||

50 ft | 120.4 | |||||

20mm | 6 | 3 | 2.47 | |||

29.62 | 40 ft | 88.86 | ||||

46 ft | 103.9 | |||||

50 ft | 112.9 | |||||

25mm | 8 | 1 | 3.85 | |||

46.29 | 40 ft | 46.29 | ||||

46 ft | 54 | |||||

50 ft | 58.7 | |||||

28mm | 9 | 1 | 4.83 | 58.07 | 12 mtr | 58.07 |

32mm | 10 | 1 | 6.31 | 75.85 | 12 mtr | 75.72 |

To find out the mass of steel per metre square, the formula is D*D/162. D is the diameter of the bar in metres and the mass will be calculated in kilograms.

For example, if the weight of the bar is 8 mm. Then the mass of the bar per square metre will be -8*8/162 = 0.396 kgThe weight of 1 TMT bar can be calculated using the following formula -W = D*D*L / 162Where W is the weight of the bar in kg, D is the diameter of the bar in mm, and L in the length of the bar in metres.Now, let us calculate the weight of an 8 mm standard bar.As per the formula,W = 8 * 8 * 12 / 162W = 4.74 kgsThis weight can be different by ± 7% when you actually get TMT bars. Let us calculate the weight of another bar whose diameter is 25 mm and length is 12 metres. The formula for the same will be – W = 25 * 25 * 12 / 162 Thus, W = 46.29 kgs This formula can be used for calculating the weight of any TMT bar, provided you know its diameter and length, and it follows the steel used is of the specified standards.

: How to Calculate the Weight of Steel TMT Rods in Bundles

### How do you calculate roofing rods?

Steel required for 100 sq ft roof slab – We we have given area of RCC slab is equal to 100 square feet and thickness of RCC slab is 4 inch, 5 inch and 6 inch thick. ● 1) Steel required for 100 sq ft slab 4 inch :- area of RCC slab is equal to 100 square feet and thickness of RCC slab 4 inch,then volume of concrete it is calculated by multiplying area and thickness of slab.

- Wet volume of concrete is equal to multiplication of area and thickness of slab 100 sq ft × 4 inch/12 = 33.4 cu ft, so wet volume of concrete equal to 33.4 cu ft.
- Now we convert volume of concrete into cubic metre, 1m3 = 35.3147 cuft, then wet volume of concrete in cubic meter = 33.4/35.3147 = 0.944 m3, now volume of concrete is equal to 0.944 m3.

Thumb rule for Steel required for RCC slab is 80 kgs/m3, then quantity of steel required for 100 sq ft ( 0.944 m3) rcc slab is equal to = 80 × 0.944 = 75.5 Kgs. Ans. :- 75.5 Kgs steel quantity are required for 100 sq ft 4 inch thick rcc roof slab. ● 2) Steel required for 100 sq ft slab 5 inch :- area of RCC slab is equal to 100 square feet and thickness of RCC slab 5 inch,then volume of concrete it is calculated by multiplying area and thickness of slab.

Wet volume of concrete is equal to multiplication of area and thickness of slab 100 sq ft × 5 inch/12 = 41.7 cu ft, so wet volume of concrete equal to 41.7 cu ft. Now we convert volume of concrete into cubic metre, 1m3 = 35.3147 cuft, then wet volume of concrete in cubic meter = 41.7/35.3147 = 1.18 m3, now volume of concrete is equal to 1.18 m3.

Thumb rule for Steel required for RCC slab is 80 kgs/m3, then quantity of steel required for 100 sq ft ( 1.18 m3) rcc slab is equal to = 80 × 1.18 = 94.5 Kgs. Ans. :- 94.5 Kgs steel quantity are required for 100 sq ft 5 inch thick rcc roof slab. ● 3) Steel required for 100 sq ft roof slab 6 inch :- area of RCC slab is equal to 100 square feet and thickness of RCC slab 6 inch,then volume of concrete it is calculated by multiplying area and thickness of slab.

- Wet volume of concrete is equal to multiplication of area and thickness of slab 100 sq ft × 6 inch/12 = 50 cu ft, so wet volume of concrete equal to 50 cu ft.
- Now we convert volume of concrete into cubic metre, 1m3 = 35.3147 cuft, then wet volume of concrete in cubic meter = 50/35.3147 = 1.416 m3, now volume of concrete is equal to 1.416 m3.

Thumb rule for Steel required for RCC slab is 80 kgs/m3, then quantity of steel required for 100 sq ft ( 1.416 m3) rcc slab is equal to = 80 × 1.416 = 113.3 Kgs. Ans. :- 113.3 Kgs steel quantity are required for 100 sq ft 6 inch thick rcc roof slab. Now question is how much steel required for 100 sq ft slab ? ● Ans.

#### Which mm rod is used for slab?

Bars smaller than 6 mm diameter or greater than 18 mm are not used for slabs.10 mm or 12 mm plain M.S. bars or 8 mm or 10 mm tor-steel bars are generally used.

### How much Saria do I need for a 1200 sq ft house?

18L to 30L. In India, the quantity of steel required for a small residential house, for ground floor building = built-up area × 4 kg. For 1200 Sq Ft House, steel quantity = 1200 × 4 kg = 4800 kg.

#### How steel is calculated?

Calculating the Weight of Stainless Steel Plate (300 Series) – To calculate the weight of 300 series stainless steel plate, you’ll also need to know the width, length, thickness, and quantity. The density of stainless steel 300 series is 0.289 pounds per cubic inch (501 pounds/cubic inch) (imperial) or 7.85 grams per centimeter cubed (metric).

Loeckner Metals supplies stainless steel in grades 304 and 304L in the hot-rolled, annealed, and pickled finish.304 and 304 are the most commonly specified stainless steels in the manufacturing industry. They’re versatile, general-purpose stainless steels because of their good corrosion resistance and formability.

Typical thicknesses of stainless steel 304 and 304L are 3/16″, typical widths 48″ and 60″, and typical lengths 96″ and 120″. So, to calculate the weight of a strip mill stainless steel plate 304L that is 48″ wide, 96″ long, and 3/16″ or 0.1875″ thick, you’d calculate:

Width * Length * Thickness * Density = Weight 48″ * 96″ *,1875″ * 0.289 lb/in 3 = 250 lb.

Kloeckner Metal also provides an easy to make the calculation instant.

#### What is a 6 ft rod good for?

(1) Accuracy – In a nutshell, shorter rods allow for more accurate casts as long as we’re not talking about long-distance accuracy. A shorter rod is more manageable and maneuverable. It requires less energy to put it into motion and to flex (or “load”) it for the cast (except for heavy action models).

## What are 10ft rods used for?

The 10ft seven-weight is the most popular size of rod for anglers who fish big stillwaters. It can be used off the bank or on the boat. Its length makes it ideal for loch-style drifts and hanging flies. Ideally, it will have the backbone to fight powerful grown-on trout and haul deep-sinking lines with lures.

- A rod with all-round capability will also be able to deliver dry-flies and nymphs quickly and accurately to moving fish.
- From short-lining with teams of three or four wet-flies to punching out long laser-like casts, much is expected of this versatile tool.
- As you become a more discerning fisher, or simply one who prefers a particular style of fishing, you can select rods to perform a specific task, eg dry-fly.

In this test, however, we were seeking all-rounders, but we have highlighted each rod’s particular strengths. We tested 11 of the latest four-piece models from leading manufacturers. Our testers were the editor Andrew Flitcroft, a former England loch-style international, and Peter Gathercole, a reservoir-fishing expert.

## How important is rod length?

1. Length – Certainly the most obvious metric, length is the distance the rod covers from tip to butt. A rod’s length affects casting distance, accuracy, and hook set leverage. Longer rods (over 7 feet) will cast farther than shorter rods of the same power and action, and shorter (

Overall, 4 wt fly rods are more finesse rods — better suited for smaller fish, delicate presentations, and pleasant conditions (light wind). Many anglers prefer 4 wt rods when dry fly fishing for their ability to delicately land the fly in front of a rising fish — specifically when casting smaller flies.4 weight fly rods are the perfect choice for the following:

Small- to medium-size troutPanfish and small bassSmaller creeks or riversDry fly fishingSmall, wooly buggers and light streamers

### What is a 3 weight rod good for?

Experience & Fishing Targets – A 3-weight fly rod is one of the lightest rods available and is smaller than the more frequently used 5-weight rods. It’s a perfect introduction to the sport for beginners and kids– but don’t think that a 3-weight is just for newcomers! Even the most experienced fly fisher can have a great time with a 3-weight.

### What is a 5 weight rod good for?

A New Format for the 5 WT Shootout – 5-weight fly rods are the most popular and versatile of all fly rods for freshwater anglers. Anglers use 5-weight fly rods not just for trout, but also for bass, bluegills, perch, whitefish, carp and even catfish! 5-weight fly rods have become the single quiver rod for many freshwater anglers.

- When used for trout fishing, 5-weights are wonderful rods for fishing dry flies but are also great rods for fishing nymphs and small streamers.
- Many anglers use them only for fishing dry flies, while others use them primarily for nymph fishing, often with an indicator, two nymphs and even some weight like split shot.

One rod simply cannot suit all these purposes perfectly well. Accordingly, YA separated the tested rods into two categories, thus comparing each rod against others, which are best suited for the same fishing application, as follows: 1.5-WEIGHT PRESENTATION RODS MORE SUITED TO FISHING DRY FLIES THAT GIVE YOU THE ULTIMATE IN ACCURACY, DELICACY, AND PRESENTATION.2.5-WEIGHT POWER RODS THAT HAVE THE STRENGTH TO CAST MORE WIND RESISTANT DRIES, AND ALSO CHUCK NYMPHS WITH INDICATORS, AND EVEN SMALL STREAMERS WITH EASE.

### What is the standard rod size?

48 to 84 Inches – A rod that is 48 to 84 inches in length will adequately fit a window up to 72 inches wide. This size is the most common window you will find in many homes. In addition, home builders often install windows in pairs, so a curtain rod of this length will be long enough to suit many double windows.

## What type of rod is best for top water?

Best all around – 7-foot medium heavy with a 7:1 – Though one rod and reel can’t do it all when it comes to topwater fishing, a 7-foot medium heavy power rod with a reel in the 7:1 gear ratio range can do the most. Take this size rod in the Abu Garcia IKE Signature Power Rod for example. It has a fast action which makes working popping and walking style topwaters near effortless.

- Cadence is often the name of the game when it comes to topwater fishing, maintaining a rhythm with the action of your bait.
- Having a fast tip to evoke the desired action with every twitch and then spring back into place for the next twitch is crucial.
- A fast action is also beneficial when making accurate casts around cover with topwaters like frogs and buzzbaits.

When you pair the 7-foot medium heavy with a good all-around reel in the 7:1 gear ratio range, like the Abu Garcia Revo STX in 7.3:1, you have a setup that can handle a wide array of topwaters. Using a reel with a midrange speed like this gives you the ability to speed up and slow your retrieve for various topwater applications.

#### Can I use 12mm rod for a storey building?

Yes, 12mm reinforcements can be used in building a storey building. It can be used in a structural element like slab and it is not advisable to be used for columns and beams.

## Which size rod is mostly used in construction?

Various sizes of TMT Steel Bars & their uses: – Everyone knows that TMT steel bars are used for the construction process. But, do you have any idea about the various sizes and their uses? If not, you can know about it today, so that it will help you tomorrow to construct in a better way.

TMT steel bars come in different diameters like 8mm, 10mm, 12mm, 16mm, 20mm, 25mm, 32mm, 36mm and now some well-known TMT manufacturing companies are planning to manufacture in larger diameters.8mm-10mm size bars are used in Slabs and Stair ups, which serves as a load bearing member in slab homes,12mm-25mm size bars are used in Beams & Columns, to make them withstand external loads,32mm-36mm size bars are used in the construction of very complex projects like dams, bridges.

Based on the designs also, we go for the sizes. Sometimes, we use different sizes according to the project specifications.