Skip to main content

Classification of Stones

 Stones are like the superheroes of the construction world. They come in all shapes and sizes, each with their own unique abilities and properties. There are three main types of stones:


Igneous stones: These stones are formed from cooled and solidified magma or lava. They are some of the toughest and most durable stones, with a variety of colors and textures. Think of igneous stones as the strong and powerful superheroes of the stone world.


Sedimentary stones: These stones are formed from the accumulation and compression of sediment over time. They often have a layered appearance and can contain fossils or other organic matter. Sedimentary stones are like the wise and experienced superheroes of the stone world.


Metamorphic stones: These stones are formed from existing rocks that have been subjected to high heat and pressure, causing them to change in texture and appearance. They often have unique patterns and colors and are used for decorative purposes. Metamorphic stones are like the shape-shifting superheroes of the stone world.


Each of these three types of stones can be further classified based on their composition and properties. For example, igneous stones can be classified as either intrusive (formed from magma that cooled slowly underground) or extrusive (formed from lava that cooled quickly on the surface). Sedimentary stones can be classified based on the type of sediment that formed them, such as sandstone, limestone, or shale. Metamorphic stones can be classified based on the type of rock they were formed from, such as marble (from limestone) or slate (from shale).


So, there you have it - an interesting way to explain the classification of stones!

Comments

Popular posts from this blog

Common Terms for PVC Pipe, Fittings, and Parts

  Common Terms for PVC Pipe, Fittings, and Parts ABS  or Acrylonitrile Butadiene Styrene is a group of plastics made from polymers with prescribed percentages of acrylonitrile. Adapter  is a fitting that joins two different pipes together. It can also join threaded with nonthreaded pipe. Aging  is the act of exposing materials to an environment for a period, or the effect on materials that have been exposed to an environment for an extended. ASTM  stands for American Society for Testing and Materials. Known today as ASTM International, this is a leader in international standards use for safety, quality and consumer confidence. There are a number of ASTM standards that apply to PVC and CPVC pipe and fittings. Beam Loading  is the process of applying specified force to a piece of pipe that’s supported at two points. This is usually expressed in pounds per distance between the centers of the supports. Belled End  pipe is made to flare out at one end, whic...

GATE 2018: Candidate Responses Released On GOAPS Portal; Check Now on offical website

NEW DELHI:   IIT Guwahati has released candidate responses for students who appeared in GATE 2018 exam.  GATE 2018 exam  was conducted on February 3,4, 10 and 11.  The responses are available on GOPS portal for download. Currently, only candidate's responses have been made available. The question paper and official answer key will be available soon. Once the official answer key is released candidates will be able to challenge the answer key and/or their responses. This year the GATE exam was conducted for 23 different papers. According to the schedule released by IIT Guwahati on the official page of GATE 2018, challenges/contests by candidates on GATE answer key will be accepted from February 21 to February 23 2018. GATE 2018 results will be announced online on the application Portal on March 17, 2018 http://appsgate.iitg.ac.in/doLogin.html GATE 2018 answer key: How to check- Step 1: Visit the official website of GATE 2018 at gate.iitg.ac.in Step 2: Now ...

Mix Proportioning using IS code

 Mix proportioning is the process of determining the quantities of materials needed to produce concrete with the desired properties. The Indian Standard Code for mix proportioning is IS 10262:2009. Here are the steps to follow for mix proportioning using IS code: Determine the target mean strength of concrete (fck): This is the strength that is required for the concrete to perform its intended function. It is usually specified in the project specifications or can be determined based on the intended use and the requirements of the structure. Determine the water-cement ratio (w/c): The w/c ratio is the ratio of the weight of water to the weight of cement used in the concrete mix. The maximum w/c ratio specified in IS code is 0.50. Determine the cement content: The cement content is determined based on the target mean strength and the w/c ratio. The formula to calculate the cement content is: Cement content = (fck + 1.65 x standard deviation) x (1/w/c) x 1000 Where fck is the target m...