Exam 36: Ratchet Wheels
Exam 1: Introduction: Line Types and Sketching17 Questions
Exam 2: Lettering and Title Blocks14 Questions
Exam 3: Basic Geometry: Circles and ARCS13 Questions
Exam 4: Working Drawings and Projection Theory15 Questions
Exam 5: Introduction to Dimensioning16 Questions
Exam 6: Normal, Inclined, and Oblique Surfaces11 Questions
Exam 7: Pictorial Sketching13 Questions
Exam 8: Machining Symbols and Revision Blocks14 Questions
Exam 9: Chamfers, Undercuts, Tapers, and Knurls11 Questions
Exam 10: Sectional Views15 Questions
Exam 11: One-And Two-View Drawings14 Questions
Exam 12: Surface Texture14 Questions
Exam 13: Introduction to Conventional Tolerancing15 Questions
Exam 14: INCH Fits15 Questions
Exam 15: Metric Fits15 Questions
Exam 16: Threads and Fasteners15 Questions
Exam 17: Auxiliary Views13 Questions
Exam 18: Development Drawings14 Questions
Exam 19: Selection and Arrangement of Views12 Questions
Exam 20: Piping Drawings15 Questions
Exam 21: Bearings12 Questions
Exam 22: Manufacturing Materials15 Questions
Exam 23: Casting Processes15 Questions
Exam 24: Violating True Projection: Conventional Practices10 Questions
Exam 25: Pin Fasteners12 Questions
Exam 26: Drawings for Numerical Control12 Questions
Exam 27: Assembly Drawings12 Questions
Exam 28: Structural Steel12 Questions
Exam 29: Welding Drawings15 Questions
Exam 30: Groove Welds13 Questions
Exam 31: Other Basic Welds13 Questions
Exam 32: Spur Gears15 Questions
Exam 33: Bevel Gears and Gear Trains18 Questions
Exam 34: Cams11 Questions
Exam 35: Bearings and Clutches14 Questions
Exam 36: Ratchet Wheels12 Questions
Exam 37: Introduction to Geometric Dimensioning and Tolerancing15 Questions
Exam 38: Features and Material Condition Modifiers15 Questions
Exam 39: Form Tolerances15 Questions
Exam 40: The Datum Reference Frame13 Questions
Exam 41: Orientation Tolerances18 Questions
Exam 42: Datum Targets12 Questions
Exam 43: Position Tolerances14 Questions
Exam 44: Profile Tolerances13 Questions
Exam 45: Runout Tolerances13 Questions
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Ratchet wheels can be designed to transmit motion in one direction only.
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(True/False)
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Correct Answer:
True
Ratchet wheels are used to transform reciprocating motion into ____________________ motion.
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(Short Answer)
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Correct Answer:
intermittent
Ratchet wheels are designed to transmit motion in either direction.
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(True/False)
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Correct Answer:
False
The balancing point on a lever is called the ____________________.
(Short Answer)
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The mechanical advantage of two gears, one having 36 teeth and the other having 18 teeth is ____.
(Multiple Choice)
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When a ratchet wheel and pawl are designed, the center of the wheel, the attachment point on the pawl, and the point of the wheel tooth should fall on a common ____________________.
(Short Answer)
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The mechanical advantage of gears can be determined by calculating the ratio between the number of teeth on the gears or the ratio between the ____.
(Multiple Choice)
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Using a lever, a light weight can lift a heavier weight, but in the process, the larger weight must travel farther than the smaller weight.
(True/False)
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Mechanical advantage occurs when a weight in one place lifts a heavier weight in another place.
(True/False)
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