Chapter 3 Review

PLease answer this correctly ASAP.  Note:Tolereance is  ± 1 in the 3rd significant digit. Exact answer please.  This is a step by step question and I font have enough time to answer this so please can you answer all the necessary information/joints/points? I will rate you based on your answer. Thank you so much

A datum when used in manufacturing is primarily used for?     Define the functional relationship to another feature on a part, or they have a functional relationship in an assembly. They are the origin from which many Geometric tolerances are measured.     Datums are used to describe how one part must fit or align to a mating part.     A datum should be placed on the smallest surface of the part to be sure that the mating part would fit.     Datums assure that parts will always fit together.

Include FBD and full solution please Thank you!!!

Given the removal and replacement time data in the table, calculate IMART (mean time to repair) Part identity Bolts Earth strap Power lead Signal lead Cover plate Brushes Lesson 1.2 HW#1 Quantity Failure rate x 10-4 (h) Total M task time (h) 3 0.20 1 0.10 0.36 0.10 0.26 0.35 2 0.46 0.12 0.36 1.16 1.05 23.6

Please answer and label each part

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.

follow the steps while answering  step by step detailed answer  good HANDWRINTING  (DONT REJECT LET OTHER ANSWER THE QUESTION IF YOU DONT HAVE IDEA THEN SKIP)

Based on typical tolerances for the traditional and non-traditional manufacturing processes, Identify the tolerance for the manufacturing process S. No. Process Tolerance value (mm) Frequency of application (Less/Average) 1 0.5 inch flame cutting 0.05 inch turning operation 0.005 drilling operation 0.003 grinding operation 4. 0.001 electropolishing

Match the following statements with the term that best describes each statement. hooks law creep impact strength proportional limit fatigue elastic

Which one of the below statements is mostly NOT correct about in creation of detailed design of component? The selection of material is based on what is required to performance the function. The tolerance is determined by the function, not the preference of designer or manufacture. In the selection of manufacturing processes, the number of components to be manufactured needs to be considered, as the capital investment needs to be considered. I do not need to show or prove the component is working: such how much electricity is generated in power panel, how much braking force is generated in by the brake disc, or how much the force the component in suspension is subjected?

18. Surface roughness comparators are used within Industry to measury or verify the as- manufactured surface finish of a part of assembly Comparators are selected and used based on the design process used to create a particular A. Truc B-FASE 19 №-block is used in the workshop to varias, The concertneISE OF Afgesit work Surface roughness Taper on joh NOHET DE THE ELEVURE

QUESTION 1Kindly answer correctly. Please show the necessary steps. Thanks in advance.

Solve correctly. Dont copy pls. Otherwise dislike.

Question 2 1. What is a First Article Inspection and why it is needed? Explain briefly (with the help of the following drawing)the steps that you take to prepare FAI in terms of design, manufacturing, and inspection of any part First Article Inspection Requirements RAW MATERIAL DRAWINGS, STANDARDS, SPEC SHEETS SPECIAL PROCESSING REQUIREMENTS TEST SPECIFICATIONS PROCEDURES SPECIAL PROCESSES (ANODIZATION, CLEANING ETC,). RAW CONVERSION FUNCTIONAL MATERIALS PROCESSES (MACHINING, CASTING ETC.) TESTING (AL6061 T6, 301SST etc.) CERTIFICATE OF CONFORMANCE TEST CERTIFICATE OF CONFORMANCE DIMENSIONAL MEASUREMENTS RESULTS MANUFACTURING ENGINEERING

1. What best describes this print? * A. Casting B. Forging C. Welding D. Machining 2.  There are GD&T Feature Control Frames on the Print. Check the types that apply. * Flatness Parallelism True Position 3. What company specification number is given to the material for this part?

Manufacturer's specifications state that the piston in a motorcycle engine must have a diameter of d = 74.940 ± 0.002 mm to be serviceable. Your assistant uses a (presumably accurate) high-precision micrometer which has a precision of ±0.001 mm to measure all of the pistons that he can find. From the following list that he gives you, select all of the measurements that are most certainly within specifications. d = 74.933 mm d = 74.94 mm d=74.9418 mm d=74.940 mm d = 74.944 mm d = 74.938 mm d = 74.939 mm d = 74.941 mm d = 74.9420 mm d = 74.9389 mm

Explanate and demonstrate the following:Pre-ConditionPost-ConditionWeakest Pre-Condition \sStrongest Pre-Condition

What is the width of the groove on the bolt?

Do not provide handwritten solution,Maintain accuracy and quality in your answer,Take care of plagiarism,Answer completely,You will get up vote for sure.

Complete calculation for floating fastener application

i need the answer quickly

Q4: Answer the following: a. What are the uses of Liquid Penetrant Test? b. List the uses and limitations of magnetic particle inspection. c. Sketch a result of MP testing for a defected component. d. Describe briefly principles, uses and applications of UT. e. Explain the uses of visual inspection. f. List four equipment used in visual inspection testing and give one equipment sketch.

1. AISI steel designation for plain carbon steel. 2. In GD&T, what does this indicate | |? 3. A fit wherein the size of the diameter of the internal member is greater than the external member. 4. Brass is an alloy of copper and 5. A type of tolerance where the size of a part is permitted to be either larger or smaller than the given or specified dimension.

7. In practical terms, explain how a LOW p-value connote SIGNIFICANCE (Recall that the smaller the p-value is, the more significant the factor becomes)? 8.What is the significance of Coefficient of Determination, R2 9. When the test for normality fails, what are the things to resort to? 10.What advantages, if any, are there in the use of a 3k full factorial designs over the 2k designs? 11. In selecting an appropriate fractional factorial design, what considerations should be taken to guard the validity of the results? 12. When the following test statistics yield a LOW value, what does this mean? (a) R2 (b) Lack of Fit (p-value), (c) Desirability Index

A standard is intended to achieve which one of the following: a. Design b. Performance c. Uniformity d. Safety Clear my choice

Whats the formulae for temperature error %

Pleis solve the 2 parts of the questyon! it is connected so it is needed to be solve together, be considerate and make sure it is correct, if not this will be downvote...!!! part a&b help please you are good if helping

Q15

A ___________________________ is written by government or government approved body and are enforceable by Law or by contract. a. Specification b. Code c. Design d. Standard