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- The object shows the center of the whole is three inches from the left surface and one inch from the bottom surface. What type of dimensions are those? 2.00 4.00 1.00 -3.00 Ø 1.00 O 1) Diameter dimensions 2) Tolerances 3) Size dimensions 4) Location dimensionsJensen Figure 6-71 Sketch 3 orthographic projections (i.e. top, front, right). Draw them on 10x10 cross section graph paper. - On each of the projections, label the inclined surface shown with its appropriate letter. - Identify if it is showing in first-angle projection or third-angle projection. b) a) K K Fig. 6-71 Sketching assignment 16.9) To obtain a guide for centering irregular shaped workpiece in the lathe, its face should be laid out with a) parallel lines b) center & center point d) intersecting lines c) perpendicular lines 10) The workpiece is assumed to be already centered when the dial indicator plunger pin touches the whole surface of the workpiece diameter and a) dial indicator b) no deflection on the dial indicator reading c) big deflection on the dial indicator reading d) abrupt change on the dial indicator reading
- QUESTİON: Given part in the figure has the followingproperties;a) Part sitting on the other part at the bottom surface.b) Countersink holes diameters axis need to be controleach other. Also center hole need to be always at thecenter with six holes around it.c) Holes at the rectangular element need to be center bythe rectangular element. Rectangular element hassame tolerance at both direction.d) The both set of the holes are need to be controlaccording to main references and each other.Draw the three views of the part by taking the crosssection of the front view. Also fully dimension the part byusing measurement and geometrical tolerances.Pls heelpBlank is the time-honored tool for describing geometryF, = 50 N F2 = = 40 N -5 45° F1 = 20 N
- Which one of given below is nota chip type? 31 - Aşağıdakilerden hangisi talaş türü değildir? Continuous chip with built-up edge A) yığma kenarlı sürekli talaş Discontinuous chip B) süreksiz talaş Multiple cutting edge chip çoklu kesme kenarı talaşı Serrated chip D) tırtıklı talaş Continuous chip E) sürekli talaşI need help with parts a,b,c. All three figures are in the corners that align with each problem :)Consider a milling process, where a pocket with width (X) of 400mm, Length (Y) 300mm, and depth (z) of 15 mm. The cutting tool is a 12 mm diameter flat end mill with 4 cutting edges. For some reason, the tool can be radially immersed in the material at most 50% of the tool diameter. The spindle speed is selected as 2000 rpm, where the max allowable axial cutting depth is 2.5 mm. a) Calculate the number of total cutting steps, indicating which feed direction would you prefer x or y. It may be preferred to have feed rate can be along X direction Total # of cutting steps: If feed direction is along X, the total number of cutting steps is 294 b) Calculate the minimum achievable cycle time if the feed rate is 0.15 mm/rev/tooth. Approx cycle time: 98 minutes
- pls do box your answer :) thumbs up will be givenPage 6 of a Another name for "SIZE DESCRIPTION" is: A Dimensioning. B Orthographic projection. C Assembly drawing. D Pictorial drawing What is the length to width ratio of arrowheads? A 1:1 37 42 в 2:1 С 3:1 D 5:1 Leader lines should NOT be drawn: 38 "2X on a hole note means: 43 A At 45°. A Double the size of the hole. B At 30°. C At 60°. D Horizontally or Vertically. B Reduce the stated size by 1/2. C The scale of the hole is doubled. D There are two boles the same size. Extension lines are drawn: 39 Avoid dimensioning to: 44 A Extremely thick, A Hidden lines. B Thick. B Center lines, C Thin. D Extremely light. C Extension lines. D Holes. What is the standard length for arrowheads? CIRCLE SIZE is specified by: 45 40 A 031 (.5mm) B 063 (Imm) A Chord. B Circumference. C Diameter. C. 125 (3mm) D 250 (6mm) D Radius. Dimension lines should be: 41 46 The size of an ARC is typically specified by its: A Thick and dark. A Diameter, B Thick and light. B Circumference. C Chord. C Thin and dark.…Please help. I need help with all 4 questions. Apply geometric tolerancing to part according to the instructions below. This exercise will provide you with experience in correctly applying and interpreting geometric tolerancing symbology. If you have trouble applying the symbols, page through this unit looking for similar examples. The Hole Bar in this unit is a good reference. Draw symbols and feature control frames clearly and neatly. 1. Establish all necessary basic dimensions. 2. Position the .250 hole within a diameter of .005 RFS relative to datum features A,B,C. 3. Position the three holes within a diamter of .012 at MMC relative to datum features A,B,C. 4. In the front view, identify the upper right corner as point "Y" and the lower left corner as point "X". Apply a profile tolerance of .020 between points X and Y relative to datum features A,B,C. Please refer to the attached image.