+0.040 Holes of diameter 25.0+0.020 mm are assembled interchangeably with the pins of diameter +0.005 25.0+0.008 mm. The minimum clearance in the assembly will be A 0.048 mm B 0.015 mm
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- In an interchangeable assembly, shafts of size -0.040 25.000-0.0100 mm mate with holes of size +0.020 25.000-0.000 mm. The maximum possible clearance in the assembly will be (a) 10 microns (b) 20 microns (c) 30 microns (d) 60micronsCompute for the value of the uniformity coefficient with the data shown below. D10 = 0.08 mm D30 = 0.22 mm D60 = 0.41 mm Select one: a. 4 b. 6 c. none of the choices d. 7 e. 5Refer to the figure below. What is the MMC, LMC and geometric tolerance for the Hole and Pin: a. Hole: MMC LMC Geom. Tol. b. Pin: MMC LMC Geom. Tol. C 1.000 1 1.000 Ø.515-.540 Hole +0.010@ABC 1.000 B Ø.495-.500 Pin 0.005MABC A
- Refer to the figure below. What is the MMC, LMC and geometric tolerance for the Hole and Pin: a. Hole: MMC LMC Geom. Tol. b. Pin: MMC_ LMC Geom. Tol. C 1.000 1 1.000 Ø.515-.540 Hole +0.010M ABC 1.000 B Figure for Problem 21 Ø.495-.500 Pin +0.005MABC AX 27. Determine the diameter of the stud bolt that are required to fasten down the cylinder head of a 203 mm x 304 mm gas engine. There are ten bolts on the block. The explosion pressure is 31 kg/sq cm and studs are made of ordinary bolts material SAE 1020. How deep should the bolt be drilled? B. 40.2 mm C. 37.3 mm D. 35.5 mm by a motor at 400 mm raises the attached load of 000 t 28 A. 38.1 mm. A double thread Arme screw drivenfitting has minimum clearance of (in mm) firs with pin size 25t+0.05 +0.04 For hole size 25+0.0 the +0.02 +0.05
- sub= 6 use 82 in place of xx dont copy from sub= 27I have a pin with a Diameter of 10.00/9.95. What is the Maximum Bow of this pin?Please refer to the image attached. Study the sheet metal assembly at the top of the image. It consists of two main parts, a flexible tube and reinforcement cap. They are attached with 4 self threading fasteners. Select datum features based on the mating condition. Make sure to note the fit between the parts. Calculate and apply position tolerances using the fastener formulas on the previous pages. Apply other necessary geometric tolerances to ensure assembly and minimize mismatch on outside edges.
- Calculation of Limits using ANSI B4.1 Standard Tables, when one of the design Features Exists. When calculating the limit tolerances for features that mate with purchased parts, the purchased part size must be known. This may be obtained be requesting a drawing from a vendor or, a caliper or micrometer can be used to obtain an accurate size. A shaft diameter of 1.2500" is to be pressed into a part using a FN3 interference (force) fit. Limits of size for the shaft diameter are 1.2500" and 1.2495". Determine the Limits of the hole diameter. Show all work.+0.10 -0.05 The dimensions for the shaft size are 020 1. mm and the hole size are 020 mm. -0.10 Find the maximum and minimum limits of hole and shaft. Find the tolerance for the hole and shaft. Find the type of fit and draw the diagram for shaft and hole.sheet No.4 sOM Draw SFD and BMD 0-25KNM SKN/m ,10KN 2m Im Im Im IR, SKNn 4 KN/m 8KNM Im 1.5KN 3KNM JI5KN 15KN/m Im 1.5m 1.5KNM 2 KNM 15KN/m 2 m 15KN/M IOKNM 1-5KN 3KN I m 2 m 0.5. 2n 2. IKa 5m 3 m A 28