3. A 30 m steel tape is 2 mm too long at 20°C with a pull of 55 N. A rectangle is measured with thisThe sides are recorded as 144.95 m and 113.00 m. The average temperature during the measurement is30°C with a pull of 55 N. Use coefficient of expansion of steel tape as a 0.0000116 m /°C.tape.a) Compute the actual length of tape during measurement.b) What is the true area?c) What is the error in area in sq.m.

Answers are Actual length of Tape = 30.005480m, True Area = 16385.33 m2, Error in Area = 5.98 m2.…

Answered: 3. A 30 m steel tape is 2 mm too long…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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I need a quick solution within 15 minutes With my best wishesTon.
To measure a distance, Neslyn utilized a 30m steel tape. The tape was eventually discovered to be 0.03m too short. Do you think the tape has a 4mm cross-section? 0.3627N/m weight, and At a temperature of 25°C and a pull of 55N, it was standardized. The tape was kept horizontal and sustained at midspan with a constant tension of 50N during the measurement. At the time of measurement, the temperature was 30.7°C. Determine the adjusted distance if the measured distance is 420.67m (m). 3. Decimal places round your answer.
Please help me ASAP. Please put the answer on the paper. Complete solution. I need the answer after 40 minutes. Rate will be given accordingly. Thank you in advance.Line AB was measured and the result is 745m. It is measured using a 30m tape that is0.005m tooshort. The tape is standardized at 20°C under a 4.5kg pull. During measurement the temperature is30°C under a pull of 9.57kg. What is the true horizontal distance of line AB due to incorrect tape length,temperature, and pull? The cross-sectional area of the tape is 0.05cm2 and E = 2x106 kg/cm2.
Answer in three decimal places
Q1:- A steel cylinder floats on water, find the relative density of cylinder if the depth of submergence, h = 70 mm? 4cm Water Ed:8 cm
19. I’ll give thumbs up if correct :)
A tape of 20m length is used to measure a distance 1980 m at a temperature 35 °C oumale borte under 20 N tension force, find the correct measured distance if: down: STEFTICAGES Standard temperature20 °C Coefficient of thermal expansion 11.6*10 Mass of tape is 0.04 kg/m Standard tension 60N Cross section area of tape 2mm² Modulus of elasticity of tape 2000000 kg/cm²
to measure a base line, a steel tape 30m long standardised at 15 degree Celsius with a pull of 100N was used. Find the correction per tape length, if the temperature at the time of measurement was 20 degree Celsius and the pull exerted was 160N weight of 1cm3 of steel is 0.0786N and weight of the tape=8N, E=210000kg/m2, coefficient of expansion of tape per 1 degree celsius is 0.00000071.
mm l L-1000 A tape 30 m long, 0.6 cm wide and 0.5 mm thick was used to measure a distance of 1000 m at a temperature of 20°C with 120N tension force, mass of tape is 0.7 kg, determine coefficient of thermal expansion of a tape, if: Po Standard tension 50N Modulus of elasticity (E) = 210 kN/mm² 210x6² Standard temperature 35 °C TS Correct measured distance = 999.75 m (1000-999.75)=(P-PO) XL AE W²L гург 0125=(120-50) x 30x1² (0.006 x00005) X2-
Q/ The laminar flow of water through a pipe is measured by means of a pitot tube situated in the center of the pipe; the reading of a mercury manometer connected to the pitot is 100 mm. The flow is also measured by a venturi meter which connected with the same mercury manometer and the pressure drop across it equals to 300 mm. Find the ratio of venturi to pipe diameter and determine the pressure drop due to friction across the venturi meter.
A 1200 Ibs force acts as shown on a 500 Ibs block placed on a horizontal plane surface. Determine the following: a. Coefficient of friction between the block and the plane surface. b. Determine whether the block is in equilibrium, and find the value of the friction force. If the Coefficient of friction between the block and plane surface are us = 0.30 and Hx = 0.25. 500 lbs 62°- 1200 lbs

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