A) Circuit B) Conductor C) Resistance D) Battery
A) Ohm B) Battery C) Electric circuit D) Conductor
A) Season and kiln B) Watt and power C) Natural and artificial D) Domestic and industrial
A) Wall B) Foundation C) Floor D) Roof
A) Pad foundation B) Pipe foundation C) Raft foundation D) Strip foundation
A) Voltage (V) B) Ampere (A) C) Current (I) D) Watt (W)
A) 0.12 amps B) 1200 amps C) 12 amps D) 1.2 amps
A) 0.375A B) 3750A C) 37.5A D) 3.75A ![]()
A) Stop current flow B) Measure resistance C) Measure current flow D) Adjust flow of current
A) Voltage B) Electromotive force (E.M.F) C) Current D) Volts
A) Metal work B) Wood work C) Surface plate D) Marking out
A) Ball pein hammer B) Scriber C) Plating D) Angular
A) Two equal sides B) No equal sides C) Three equal sides D) Two equal angles
A) scalene B) Isosceles C) Equilateral D) Right angle
A) Divider B) Odd-leg caliper C) Compass D) Inside caliper
A) Hammer B) Ball -peen C) Hardness tester D) Tinman's mallet
A) Metric rule B) Try square C) Bossing mallet D) Pliers
A) Ball peen B) Tinman's mallet C) Hammer D) Punch
A) Wrenches B) Screwdriver C) Tinman's mallet D) Calipers
A) Inside diameter B) Inside caliper C) Inside capler D) Inside measurer
A) Hinge B) Handle C) Frame D) Latch
A) Reducing noise when closing the door B) Securing the door in a closed position C) Supporting the weight of the door D) Preventing the door from closing
A) Wood B) Plastic C) Metal D) Glass
A) Acting as a decorative element B) Providing structural support above an opening C) Serving as a door frame D) Securing windows in place
A) Timber B) Brick C) Glass D) Concrete
A) Concrete block wall B) Solid brick wall C) Glass wall D) Timber stud wall
A) Preventing moisture penetration B) Enhancing the appearance of the wall C) Providing structural support D) Increasing the wall's strength
A) Plastic B) Metal C) Thatch D) Shingles
A) Providing ventilation B) Allowing water runoff C) Supporting the roof structure D) Creating an aesthetically pleasing look
A) Software Testing and Evaluation Methods B) Science, Technology, Engineering, and Mathematics C) Science, Technology, and Energy Management D) Sustainable Technologies and Environmental Management
A) Mechanical Engineering B) Biotechnology C) Electrical Engineering D) Information Technology
A) Robotics B) Material Science C) Nanotechnology D) Civil Engineering
A) Excellent social and communication skills B) Analytical and problem-solving abilities C) Physical strength and endurance D) Strong artistic skills
A) Cutting timber into usable sizes and shapes B) Drying timber to remove moisture C) Preserving timber to prevent decay D) Harvesting timber from forests
A) Density B) Durability C) Strength D) Grain pattern
A) Knots B) Cupping C) Warping D) Rot
A) Cupping B) Warping C) Knots D) Rot
A) Staining B) Painting C) Pressure impregnation D) Varnishing
A) Enhancing the natural color of timber B) Protecting timber from decay and insects C) Improving the dimensional stability of timber D) Increasing the strength of timber
A) It improves the acoustic properties of timber. B) It increases the flammability of timber. C) It prolongs the lifespan of timber. D) It enhances the visual appeal of timber.
A) Copper B) Aluminum C) Iron D) Steel
A) Zinc B) Silver C) Aluminum D) Gold
A) Annealing B) Smelting C) Alloying D) Forging
A) Extrusion B) Casting C) Rolling D) Machining
A) Density B) Versatility C) Allergenicity D) Conductivity
A) Cast iron B) Steel C) Pig iron D) Wrought iron
A) A mixture of metals B) A pure metal C) A type of plastic D) A natural mineral
A) Iron B) Aluminum C) Copper D) Bronze
A) To enhance specific properties of the metal B) To reduce the strength of the metal C) To decrease the durability of the metal D) To increase the cost of production |