Explain what is represented by the datum feature symbol attached to the feature control frame containing the form geometric tolerance.
Q: I need help solving these 3 simple parts, if you can not answer all 3 parts then please leave it for…
A: In geometric dimensioning & tolerance (GD&T), a feature control frame is applied to define…
Q: 39. Require flat and coplanar bosses within a 008“ tolerance zone. Require location and parallelism…
A: The reference plane for the given part can be taken as shown in the diagram below.
Q: Worksheets 271 Add the Calculations Comect Answer Nominal diameter Coarse or fine pitch 3. Pitch…
A: As per the given information in the first sheet, the findings are calculated and written for second…
Q: mention five Machine tools used in workshops and explanation of the various parameters in Condition…
A: Machine tools used in workshops
Q: A 340 range voltmeter is having an accuracy of ± 0.33% of FSD. Calculate the following for the given…
A: Given Data Voltmeter range =340V M1=245V M2=300V Accuracy limits = 0.33% of FSD FSD output=340V
Q: What type of geometric tolerances have no datum features? Profile Tolerances All Tolerances O…
A: Geometrical Tolerancing: The tolerances in any system which allows tolerances to be applied…
Q: Which option is wrong? a) A unilateral tolerance allows a dimension to vary ei- ther above…
A: A unilateral tolerance allows the variation either above or below the basic size but not both.…
Q: Indicate the following technical tolerance requirements in Fig.3. a) The diameter of the middle…
A:
Q: Compute the following: Basic size Tolerance Maximum limit size Minimum limit size
A: Machine drawing is the drawing in which component details are given in geometrical view. For…
Q: Use the provided tables to select an appropriate fit between the bearing inner ring (bore) and shaft…
A: Bearing Inner Ring Bore ( or ) Shaft Nominal Diameter, ( d ) = 100 mm. Bearing Outer Ring ( or )…
Q: Problem (13): Determine tolerance value and limit dimension of the rod which a diameter is ∅6 mm,…
A: Given Data Diameter of shaft is : d=6 mm T=d9 es=-40.64=-0.04064 mm ei=-76.20 mkm=-0.07620 mm Now…
Q: Find the solution to the equation 2x^2 - ln(1/3x) - 5x = 0. Use a tolerance of function error of…
A:
Q: Number 10 is wrong. I've attached my answer and the image that you will need to answer the question.…
A:
Q: Compare one point vs two point calibration: explain how it affects the measurement curve and…
A: The simplest sort of calibration is one point calibration. A one-point calibration can be…
Q: Develop two possible hierarchies for assembling a model from the parts given below: Top Pins…
A: Given question: Develop two possible hierarchies for assembling a model from the parts given below:…
Q: On the part in Q1, show the size and shape of the tolerances zone. Lecture 5 Q1 On the part below,…
A:
Q: Draw the top, the front, and the right-side orthographic views of the objects shown. Indicate when…
A: FROM THE FIGURE VIEWS OF OBJECT SHOWN
Q: 20 13. On the part above, what is the flatness on the top surface with only the profile applied? Top…
A:
Q: What is the philosophy of the Go and No-Gogauging? Complete any missing information on part 182 and…
A: PHILOSOPHY OF GO & NO GO GAUGING:- 1.GO end gauging :- Go end used in qualify the…
Q: ne 1/2-inch diameter pin in the drawing below is required to be perp ature A within tolerance of…
A: A feature control frame is used to show the conditions and tolerances of the dimension of the part…
Q: 2. Form tolerances are independent of all other Features Size Limits Datums ?
A: Form tolerance is a geometric tolerance that defines the roundness, flatess, straightness of a part.
Q: Which statement is true in the case of the term "Precision". The closeness of output readings when…
A: The precision of an instrument is defined as the ability to reproduce a certain reading with a given…
Q: 2. Nominal size is 40mm, the clearance is between 24µm and 92µm, the span of the clearance fit is…
A: Note: Since you have posted a question with multiple sub-parts, we will solve first three sub- parts…
Q: Slip gauges are standards used along with sine bar for direct angular measurement of workpieces in…
A: Slip gauges are standardize pieces of metal with specific size to a greater degree of accuracy. they…
Q: Refer to the 1.914 dimension. B) What is its tolerance ? ________________________________ C) What…
A: Tolerance for the given dimension is 0.01. now as tolerance = upper limit - lower limit. and we also…
Q: How can the metronome be used as a training tool for performance appraisal?
A: Metronome is a device which makes a a tick sound with the passage of time. It is generally used to…
Q: Which statement is true in the case of the term "Precision". The closeness of output readings when…
A: Precision could be a estimation of the repeatability, or consistency, of a measurement. It is…
Q: Tolerance Maximum Limit Minimum Limit 50.7 mm 49.9 mm 26.8 cm 26.6 cm 0.04 mm 0.12 mm 258.03 mm…
A: Given data
Q: If the basic diameter of shaft is 20mm with -0.02mm unilateral tolerance, and diameter of hole is…
A: We have to determine what kind of fit is achieved?
Q: Position tolerances applied to features that result in a fixed fastener condition usually require…
A: Position tolerance applied to feature that result in a fixed fastener condition usually require 1)…
Q: |Complete a feature control frame that specifies a circular runout tolerance of .008" relative to an…
A: The datum is the locus surfaces or the initial points for the position and alignment of features of…
Q: Write the G code and M code for the design attached, as well as state the meaning of each codes used…
A: The machine spindle speed is, N = 1800 rpm. The rate of feed in machine is, f = 3 mm/min. The given…
Q: Problem 4 Problem 5 The radius of a circular manhole cover is estimated to The length of a side of a…
A: (8) Given data. The particle distance is, st=4+125sin100πt. (a) When the particle completes the…
Q: All form tolerances are surface controls except for Form tolerances are independent of all other and
A: Form tolerance is a used to determine the form of the part. It refers to the limitation of a form…
Q: The dimensions of the mating parts, according to basic hole system, are given as follows: Hole :…
A: Given, Upper limit of hole = Hu = 25.02 mm Lower limit of hole = Hl = 25.00 mm Upper limit of shaft…
Q: Worksheets 271 Add the Caiculations Corect Answer Nominal diameter Coarse or fine pitch Pitch L…
A: 1. Nominal diameter 2. coarse of fine pitch 3. Pitch 4. L indicates Note :- you have…
Q: Part 1 is as follows: al Diameter (mm) Tolerance (mт- 6 - 7.5 + 0.045 8 –10 + 0.050 a diameter wire…
A: To Find : The mean and standard deviation of the population of torsional shear stress Given : The…
Q: 1. What is the philosophy of the Go and No-Go gauging? Explain in some details (need schematics) 2.…
A:
Q: The toleranced diameter of a hole is given as 0.990"/1.010" and the size of the mating pin is given…
A: Given data: - The tolerance diameter of hole is Dh = 0.990"/1.010". The tolerance diameter of pin…
Q: For a No. 7 ball bearing, the New Departure Handbook states that the maximum bore should be 1.3780…
A:
Q: how do you write this in a feature control frame? "The cross-sectional shape of this feature must be…
A: The feature control frame is required to describe the condition and tolerances of the geometric…
Q: Using the ISO IT grade formula, determine the Largest metric value for the closest reasonable…
A: Given Data→ ITG = 5-7 Diameter of cylinder (d) = 50mm write the expression ISO IT GRADE T =…
Q: Which statement is true in the case of the term "Tolerance". O Is closely related to accuracy and…
A: Solution:
Q: I need answers for questions 10, 11, and 12 pertaining to the print provided.
A: (10). The given print shows 5 general notes.
Q: To which of the following geometric tolerance families does perpendicularly belong? Form…
A: Orientation tolerance are used to determine the orientation with respect to reference i.e an datum…
Q: Specify the Ø1.00-inch pin perpendicular to the top surface of the plate in Fig. 6-19 within a…
A: Given question: Specify the Ø1.00-inch pin perpendicular to the top surface of the plate in Fig.…
Q: Need Help on both Questions.
A: The A is for datum The symbol is used for perpendicular. The distance between two parallel line…
Explain what is represented by the datum feature symbol attached to the feature control frame containing the form geometric tolerance.
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
- Justify your answer for each part  QUESTION : By considering a system divided into two identical subsystems determine if the quantity lnV +lnP −lnU is intensive, extensive, or the classification does not apply??A high-pressure gas cylinder contains 50.0 L of toxic gas at a pressure of 1.40×10^7 N/m^2 and a temperature of 25.0ºC . Its valve leaks after the cylinder is dropped. The cylinder is cooled to dry ice temperature (–78.5ºC) to reduce the leak rate and pressure so that it can be safely repaired. Show your work. a. What is the final pressure in the tank, assuming a negligible amount of gas leaks while being cooled and that there is no phase change? b. What is the final pressure if one-tenth of the gas escapes? c. To what temperature must the tank be cooled to reduce the pressure to 1.00 atm (assuming the gas does not change phase and that there is no leakage during cooling)? d. Does cooling the tank appear to be a practical solution?Engine oil at 40°C (? =876kg/m3, ?=0.2177kg/m⋅s) flows in a 20-cm-diameter pipe at a velocity of 0.9 m/s. The pressure drop of oil for a pipe length of 20 m is (a) 3135 Pa (b) 4180 Pa (c) 5207 Pa (d) 6413 Pa (e) 7620 Pa
- The aluminum fuel tank (α = 23.8 x 10-6 m/moC) on a sailboat measures 40 cm by 50 cm by 75 cm. If it is filled with 10oC gasoline from an underground tank, how much fuel will leak out when the fuel and the tank return to 28oC ambient temperature?A pneumatic shock absorber consists of a cylinder with aradius of 1.50 cm and a length that varies from a maximum of 30.0 cmto a minimum of 30.0 cm/v, where v is the compression ratio. Forease of manufacturing, v must be an integer. When the cylinder isfully extended and cooled, the air inside has an ambient pressure of101 kPa and ambient temperature of 30.0C. A quick adiabatic compressionheats the air. The cylinder then expands isothermally untilit reaches its maximum length. At that time the length remains fixedand the cylinder cools isochorically, returning to the ambient temperature. How much work is done by the air during a full cycle, in terms of v?A pneumatic shock absorber consists of a cylinder with aradius of 1.50 cm and a length that varies from a maximum of 30.0 cmto a minimum of 30.0 cm/v, where v is the compression ratio. Forease of manufacturing, v must be an integer. When the cylinder isfully extended and cooled, the air inside has an ambient pressure of101 kPa and ambient temperature of 30.0C. A quick adiabatic compressionheats the air. The cylinder then expands isothermally untilit reaches its maximum length. At that time the length remains fixedand the cylinder cools isochorically, returning to the ambient temperature. If at least 25.0 J of work must be done by the gas in a full-compression cycle, what is the minimum allowable integer value of v?
- The maximum velocity of an air flow (v= 700 ms-1 and T=160 oCAn auditorium is designed to seat 4500 people. The ventilation rate is 1.62 x 107 ft3/hr of outside air. The outside temperature is 0oF dry bulb, and outside pressure is 14.6 psia. Air leaves the auditorium at 70oF dry bulb. There is no recirculation. The furnace has a capacity of 1,250,000 Btu/hr. The temperature at which the air should enter the auditorium is most nearlyA large commercial air-conditioning unit processess 5 kg/s of atmospheric air. The air enters at a pressure of 105 KPa. Its dry-bulb temperatue of 20 °C, a wet-bulb temperatue of 10 °C, and a pressure of 100 kPa. How much water is being removed fom the air in one hour? Conver to liters/hr
- Thelightingrequirementsofanindustrialfacilityarebeingmetby70040-Wstandard fluorescent lamps. The lamps are close to completing their service life and are to be replaced by their 34-W high-efficiency counterparts that operate on the existing standard ballasts. The standard and high-efficiency fluorescent lamps can be purchased in quantity at a cost of $1.77 and $2.26 each, respectively. The facility operates 2800 hours a year, and all of the lamps are kept on during operating hours. Taking the unit cost of electricity to be $0.105/kWh and the ballast factor to be 1.1 (i.e., ballasts consume 10 percent of the rated power of the lamps), determine how much energy and money will be saved per year as a result of switching to the high- efficiency fluorescent lamps. Also, determine the simple payback period.3.2. Wall Shear Stress and Pressure: The average blood velocity through an internal carotid artery with a diameter ? = ? mm during resting conditions was measured to be ? = ?? cm/s. Assuming Poiseuille flow through the arterial segment and a viscosity coefficient of ? = 3.5 cP for whole blood, determine the following:a) The shear stress ? that the endothelial cells in the artery are being subjected to. b) The average pressure gradient ∆?/? required to maintain steady flow at ? = ?? cm/s.( See I have Attached Solution Too ,That I have recieved Earlier but It seems to be Wrong , I think W =P(Vs+Vc) Can anybody Clarify it.) An engine cylinder is 127mm in diameter, and the piston stroke is 508mm long, the clearance volume is 0.001m3, and the pressure constant is 735kPa. What is the work done in the cylinder during a single stroke? A) 3.995 kJ B) 2.530 kJ C) 8.576 kJ D) 5.287 kJ