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Please solve it complete please don't copy paste

3 Select the correct statement below regarding the two solid model parts shown. (A) (B) It is easiest to first draw part (B) and then use SOLIDWORKS features to create part (A). It is easiest to first draw part (A) and then use SOLIDWORKS features to create part (B). Part (B) edges were created using the fillet tool rather than the chamfer tool. Part (A) cannot be created using the extrude tool.

(General Questions Not Directly Print Related) 1.  ____________use conventional symbols with single lines to show piping and electrical wires. The parts and components are shown by symbols. A. Diagram Assembly Drawings B. Altered Item Drawings C. Modified Item Drawing D. Dimensioned drawing 2. Balloons are shown on assembly drawings to reference parts to the ___________.  A. Title Block B. Revision Block C. Parts List D. Supplemental B   3.   ____________use conventional symbols with single lines to show piping and electrical wires. The parts and components are shown by symbols. A. Diagram Assembly Drawings B. Altered Item Drawings C. Modified Item Drawing D. Dimensioned drawing

Write TRUE is the statement/s is True. If the statement is false, identify the word/s that makes the sentence incorrect and write its corresponding correct answer.  7. In planning, the tool travels along the workpiece during the removal of the material on the workpiece. 8. The factors that can be manipulated in cutting process are cutting speed, feed and depth of cut. 9.In thermally assisted machining, the tool is heated which reduces the required cutting force.

Standard time & work sampling   The following data resulted from a time study made on a horizontal milling machine: Mean manual effort time per cycle: 4.62 min Mean cutting time (power feed): 3.74 min Mean performance rating: 115 percent Machine allowance (power feed): 10 percent Fatigue allowance: 15 percent   questions: 1.) What is the Basic Time for the manual effort?  2.) What is the Standard Time for the manual effort?  3.) What is the Standard Time for the machine?

I need help with part a b and c in question 2.  Question one is listed because it is referenced in question 2.   Any help with question 2 would be appreciated even if it is not all 3 parts. thank you     1.  A certain batch of parts is routed through six machines in a batch production plant. The setup and operation times for each machine are given in the table below. Batch size is 200 and the average nonoperation time per machine is15 hr. Determine (a) manufacturing lead time and (b) hourly production rate for operation 4.Machine 1 2 3 4 5 6Setup time (hr) 5 3 6 4 5 3Operation time (min) 3.0 3.3 8.2 3.9 4.5 2.3 a. 6(4.3+200(3.9/60)+15) = 193.8 hours 24.2 days if 8 hour shiftb. 4(60)+200(3.9)/200 =5.1 hourly production for operation 4 2.   Suppose the part in the previous problem is made in very large quantities on a production line in which an automated work handling system is used to transfer parts between machines. Transfer time between stations is 30 sec. total time required to…

General Questions Not Directly Related to the Print 1.  A ________ print is a supplemental print that provides certain types of additional information needed to produce a part 2. . Most detail drawings are __________. One multi-view drawing of one part on one drawing. (Mulitdetail/ Monodetail/ Assembly Drawing with Application Block/Bas-relief) 3. A switch, timer, or label would be examples of items that require a Purchased Part Control Diagram. T/F Not directly related to print.

cutting Instructions: Do not copy the drawing. Draw In third-angle orthographic projection, and to scale 1:1, the following views of the hinge: A sectional front view on A-A A top view ⚫ A right view (Show all hidden detail) Show the cutting plane in the top view . Label the sectioned view Note: All views must comply with the SABS 0111 Code of Practice for Engineering Drawing. Galaxy A05s Assessment criteria: ⚫ Sectional front view 026 12 042 66 [30] 11 10

How many cutting-plane lines are shown on this print?

Manufacturing processes

MENG364 MANUFACTURING TECHNOLOGY 1-Please Put the letter as it is and I will put the student number later 2- Please have to give me the final answer without rounding and with digit number at least 3 digit number should be include and dont forget the Unit 3- please solve the question very quickly

how would i do the Chamfering for this part on the lathe? what cutting tool would i use  what angle what rpm

If the answer is no can anything be done to save the part?

I need this part answered according to the disrections provided in the image.

Applying the technique of tool radius compensation write a program to cut the external profile of the part shown below using the following data: PART TOOL S (rpm) Depth (mm) F (mm/min) 400 130X130X10 mm T1 08 Flat End Mill 2000 10 9 130 P15 P16 R4 P4 P3 P13 P14 R40 P2 PL R30 8 130 20 R4! P12 P11 P7 P8 PO (0, -45, 2) 40 80 Fig.: A Clamping Jaw P5 P6 P10 35 P9 08

The front and the top views of a machine component are given below. Please draw 1. The front view from A-A section surface 2. The top view as given 3. The left view after you ensure the isometric view of the component on a A3 drawing paper within a horizontal direction. (It is recommended to sketch up the isometric perspective view of the component on any draft paper before drawing the multiviews.) 4. Dimension the views based on the numbers given on views. Do not try to take the dimensions from the given views. Unknown dimensions should be taken symmetric, if needed. (Make a good dimensinoning distribution of each view. Do not leave dimensionless of any view or do not repeat the same dimension in different views.) Note: Do not forget to fill a proper title block on the right comer of the paper downward. 65 20 70 125 AT TA 30 30 07 09 32 09

Write the NC part program for the part. Holes are threaded and requires two tools; T1 is a 0.5" HSS drill bit and T2 is a 0.5" tapping bit. The rest of the features are cut using a 0.75" HSS milling tool, T3. Feed rate and spindle speed are 10 ipm and 2000 rpm. The material is low- carbon steel. Part thickness is 0.5”. Use dotted lines two show the path of tools movements. Set up proper operation conditions as discussed in the class today.