Building Materials Exams Of Import Topics

Exams Important Topics for Building Materials

  1. The sedimentary rocks are formed due to : gradual deposition of materials similar sand, clay, etc., to a greater extent than ofttimes than non yesteryear setting water
  2. The rocks formed due to solidification of molten majority laying below or inward a higher house the public surface are called: Igneous Rocks
  3. The rocks formed due to modification of original construction nether estrus as well as excessive delineate per unit of measurement area are called: Metamorphic Rocks
  4. Igneous stone has: Crystalline, glossy as well as fused textures
  5. Granite is an illustration of: Igneous Rock
  6. Laterite is chemically classified as: Argillaceous Rock
  7. Gneiss is chemically classified as: Siliceous Rock
  8. The master copy element of calcareous stone is: Lime or Calcium Carbonate
  9. Examples of Siliceous Rocks: Granite, Quartzite, Gneiss
  10. Examples of Argillceous Rocks: Laterite, Slate, Kaoline
  11. Examples of Calcreous Rocks: Limestone , Marble
  12. Examples of stratified rocks: Limesone, Slate, Sand Stone
  13. Examples of unstratified rocks: Granite, Marble
  14. A decomposed laterite that has deep chocolate-brown or ruby-red colour: Moorum
  15. Limestone is physically classified as: Stratified Rock
  16. Slate inward the for of tiles is used for: Excellent Roof Covering Material
  17. Marble is an illustration of : Metamorphic Rock
  18. Sandstone consists of: Quartz, Silica as well as Lime
  19. Granite is mainly composed of: Quartz, Felspar as well as Mica
  20. Gneiss is mainly composed of: Quartz as well as Felspar
  21. Slate is composed of:  Alumina mixed amongst sand or carbonate of lime
  22. A siliceous sandstone which has been subjected to metamorphic action: Quartzite
  23. Marble is mainy composed of: Silica as well as Lime
  24. In social club to dry out the quarry sap of freshly carried stone, it should live exposed t opened upwardly air for a catamenia of: six to twelve months
  25. The compressive forcefulness of granite is: 70 to 130 M Newton per Meter Square
  26. The compressive forcefulness of slate is: 60 to lxx M Newton per Meter Square
  27. The compressive forcefulness of Sandstone is: 35 to forty M Newton per Meter Square
  28. A skilful edifice stone is 1 which does non absorb to a greater extent than tha: 5% of it's weight of H2O after 1 day's immersion.
  29. A stone amongst large pct of Quartz is: Very Soft
  30. The specific gravity of stone, inward whatsoever case, should non live less than: 2.5
  31. Major element of siliceous stone is: Silica
  32. Major element of Argillaceous stone is: Clay or Alumina
  33. Major element of Calcareous stone is: Calcium or Lime
  34. The colouring fabric of Granite is: Grey, Green, Brown, Pink
  35. The colouring fabric of Slate is: Grey or Dark Blue
  36. The colouring fabric of sandstone is: White, Grey, Brown, Pink etc.
  37. The colouring fabric of Limestone is: Brown, Yellow as well as Dark Grey
  38. The colouring fabric of Moorum is: Deep Brown or Red
  39. A fine grained granite: Offers high resistance to weathering
  40. A fine grained granite: Can live easily polished as well as worked
  41. A fine grained granite: is used for outside facing of buildings
  42. A Limestone containing nearly 30% of Alumina as well as Silica is called: Kankar
  43. A Limestone constitute inward seams of keen thickness inward non crystalline texture amongst earthy appearance is called: Compact Limestone
  44. The specific gravity of Granite is:  2.64
  45. The specific gravity of Slate is: 2.8
  46. The specific gravity of Sandstone is: 2.65 to 2.95
  47. The specific gravity of Limestone is: 2.6
  48. The specific gravity of Marble is: 2.7
  49. The specific gravity of Laterite is: 2 to 2.2
  50. For Railway ballast, the stone should be: Hard, Dense, Durable, Tough as well as easily workable
  51. When quarrying is to live done inward difficult stone as well as compact rocks, the green methods of quarrying is: Blasting
  52. The quarrying of stone yesteryear the method of wedging is successfully carried out in: Sandstones, Limestones, Marbles etc.
  53. The compressive forcefulness of Felspar is: More than Quartz
  54. Gun cotton wool is made yesteryear saturating cotton wool with: Nitric Acid
  55. The most powerful explosive used inward blasting is: Gun Cotton
  56. The dressing of stone is done: Immediately after Quarrying
  57. For the construction of retaining walls, the stone used must be: Heavy
  58. The crushing forcefulness of stone depends upon its: Texture as well as Specific Gravity
  59. The stone used for the construction of curved or ornamental operate should be: Soft
  60. The attrton examine inward the stone is performed: for determining the charge per unit of measurement of wearable of stone due to grinding activity nether traffic
  61. The brick public is derived yesteryear the disintegration of: Igneous Rocks
  62. A get-go degree brick should non absorb H2O to a greater extent than than: 20% of its ain dry out weight after 24 hours immersion inward mutual frigidity water.
  63. A minute degree brick should non absorb H2O to a greater extent than than: 22% of its ain dry out weight after 24 hours immersion inward mutual frigidity water.
  64. A tertiary degree brick should non absorb H2O to a greater extent than than: 25% of its ain dry out weight after 24 hours immersion inward mutual frigidity water.
  65. The principal element of every sort of brick public is: Alumina
  66. The pct of Alumina inward skilful brick earth: 20% to 30%
  67. The pct of Silica inward skilful brick earth: 50% to 60%
  68. A get-go degree brick should accept a minimum crushing forcefulness of: 10.5 MN per Meter Square
  69. A minute degree brick should accept a minimum crushing forcefulness of: 7.5 MN per Meter Square
  70. A tertiary degree brick should accept a minimum crushing forcefulness of: 5.5 MN per Meter Square
  71. A perforated brick should accept a minimum crushing forcefulness of: 7 MN per Meter Square
  72. Excess of Alumina inward clay: Makes the brick scissure as well as warp on drying
  73. Excess of Silica inward clay: Makes the brick brittle as well as Weak
  74. Excess of Lime inward clay: Causes the bricks to melt as well as distort during burning
  75. Presence of Alkaline Salt: Absorbs wet from the air which on drying leaves high pulverization deposit on the bricks
  76. The colouring fabric of bricks depends upon: the amount of Fe oxide introduce inward the clay
  77. The specific gravity of bricks is about: 2
  78. The touchstone size of bricks are: 19 cm x nine cm x nine cm
  79. The touchstone size of brick tiles are: 19 cm x nine cm x iv cm
  80. The release of bricks required for 1 cubic meter of brick masonry are: 550
  81. The size of mould for bricks should be: larger than the specified size of bricks
  82. The alkali metal tabular array salt introduce inward the bricks causes: Effloescence
  83. If clay containing pyrite is used to brand brick, it causes: Efflorescence inward brick
  84. If H2O containing Gypsum is used for pugging clay, it causes: Efflorescence 
  85. The skilful clay for making bricks is: Weathered Clay
  86. For facing purposes, the mitt made bricks are: Superior to machine made bricks
  87. The procedure of mixing clay, H2O as well as other ingredients to brand bricks, is known as: Kneading
  88. The procedure inward which the public is dug out as well as is left to atmospheric activity for few weeks, is known as: Weathering
  89. The burning of bricks inward kilns is consummate within: 24 Hrs
  90. The bricks after burning inward kilns ask about: 12 days to cool downward for unloading
  91. The temperature on which the brick should live burnt ranges between: 1000 to 1200 Degree Celsius
  92. The bricks after moulding should live dried in: air for three to  days exactly non inward sun
  93. The indentation marks left on bricks during the procedure of moulding, are known as: Frogs
  94. The natural drying of bricks is besides called: Hack Drying
  95. The frog of a brick is usually made on its: Top Face
  96. The type of brick suitable for panal walls for multi storeyed buildings is: Hollow Bricks as well as Perforated Bricks
  97. The average out plough of get-go degree bricks inward clamp burning is: 60%
  98. The average out plough of minute degree bricks inward kiln burning is: 80% to 90%
  99. Jhama bricks are: Over burnt amongst irregular shape
  100. The public required for the moulding of one m bricks is about: 1.5 to 2.5 cum
  101. Bricks used inward construction of acuate as well as obtuse squint quoins: Squint Bricks
  102. The bricks used for street pavements, stable floors, garden walls: Paving Bricks
  103. The bricks used for round out pillars: Round Bricks
  104. The bricks capable of withstanding heat as well as depression coefficient of expansion as well as contraction: Refractory Bricks
  105. Classification of Refractory Bricks: Acid Bricks, Basic Bricks, Neutral Bricks
  106. Classification of Acid Bricks: Fire Bricks as well as Silica Bricks
  107. Classification of Basic Refractory Bricks: Magnesite Bricks, Dolomite Bricks, Bauxite Bricks
  108. Classification of Neutral Refractory Bricks: Chrome Bricks, Chrome Magnesite Bricks as well as Spinel Bricks

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