Construct of a diagonal scale, Mechanical Engineering

Assignment Help:

Construct of a diagonal scale:

During construct of a diagonal scale of RF = 1/48, displaying yards, inches and feet to represent a maximum length of 7 yards. Scratch a distance of 7 inches and 3 yards on this scale.

Solution

(a)   Acquire the length,

 L = 1 × 7 × 36 inches/48

= 5.25 inches

 (b) Scratch a line AB, 5.25 inches long, and divide it into seven equivalent parts to display yards.

(c) Scratch the first part into three equivalent divisions.

(d) Scratch 12 equidistant or about 3 millimeter apart parallel lines above AB and make the rectangle ABCD. Join D-2 and scratch parallel via 0, 1 and 2.

Distance PQ represents the length 7 inches and 3 yards.

 

2337_Construct of a diagonal scale.png

During construct of a diagonal scale of RF = 1/4000 to signify meters (m) and long sufficient to measure 600 meters (m). Mark a distance of 387 meters (m) on this scale.

Solution

(a)   Length of the scale = (1/4000) *× 600 × 100 centimeter

                                          = 15 centimeter

(b) Sketch a line AB 15 centimeter long and divide it into six equivalent parts to represent hectometers.

 (c)Divide the first part into ten equivalent parts to represent decameters (dm).

2189_Construct of a diagonal scale1.png

(d) Sketch ten equidistant or 3 millimeter apart parallel lines above AB and make the rectangle ABCD. Join the first sub-division in the direction of the left from the zero on the line AB, to the second division on the top or 10th line, hence completing the diagonals. On these diagonals, the least count is 10/10 = 1 meter (m).

PQ signifies the distance of 387 meters (m).


Related Discussions:- Construct of a diagonal scale

Drive the expression for critical pressure ratio, Drive the expression for ...

Drive the expression for critical pressure ratio for steam nozzle and illustrate critical pressure. Air flows in a 200cm 2 duct at a velocity of 180 m/s, a pressure of 119 KPa

Gdfgfgaf, dgdsgsfd sfdsvdsfsdf dsfsdgsgdsfsada sfdsfdsvsdfsd sgghdfgsgfa

dgdsgsfd sfdsvdsfsdf dsfsdgsgdsfsada sfdsfdsvsdfsd sgghdfgsgfa

Compute the displacement of the particle, Compute the displacement of the p...

Compute the displacement of the particle: The acceleration time diagram for particle is as specified below .Computed velocity of the particle at several time intervals, plot v

Working principle of the petrol engine, W orking Principle of the Petrol E...

W orking Principle of the Petrol Engine: OTTO CYCLE     5-1 Suction Stroke 1-2 Adiabatic Compression Stroke 2-3 Heat Addition at the constant Volume.

Determine the support reactions, Determine the Support Reactions The p...

Determine the Support Reactions The pin-connected structure shown is supported by a fixed (frictionless) pin at A and by a roller at E . A 3-kN vertical force is applied at F

Locomotive boilers, advantages and disadvantages of locomotive boilers

advantages and disadvantages of locomotive boilers

#thermodynamic, heat pump to estimate the COP acts as refrigerator experime...

heat pump to estimate the COP acts as refrigerator experiment abstract

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd