Calculate the most probable value, Civil Engineering

Assignment Help:

The most probable value of the following observations on the same angle (35º 17' 42" ; 35º 17' 38" ; 35º 18' 00" ; 35º 17'; 22"; 35º 17' 42");  is most nearly: 

  1. 35º 17' 40.8" 
  2. 35º 16' 58.2"
  3. 35º 17' 42.2"
  4. 35º 17' 49.3"

Most probable value = Mean = ∑ angles ÷ n = 35º 17' 40.8"


Related Discussions:- Calculate the most probable value

Calculate the principal stresses for the state of stress, Calculate the pri...

Calculate the principal stresses for the state of stress: Calculate the principal stresses and principal planes for the state of stress shown in Figure. Figure

Basic keywords related to road materials, Basic Keywords related to road ma...

Basic Keywords related to road materials: Sub-grade     :            The portion of road embankment immediately below the pavement. Soil Classifications :            A sy

Define vertical curves - transportation, Define Vertical Curves  - Transpor...

Define Vertical Curves  - Transportation 1) Vertical curves are used to change the grade of a highway. 2) Most vertical curves take the shape of an equal-tangent parabola.

Explain bridge selection criteria - underwater inspection, Explain the Brid...

Explain the Bridge Selection Criteria - Underwater inspection? Various factors influence the bridge selection criteria. As a minimum, all structures must receive routine underw

Write short note on open foundation, Q. Write short note on Open Foundation...

Q. Write short note on Open Foundation? Broadly the foundation are classified into open i.e. shallow & deep foundations open as stated are shallow foundation where the soil str

Fluid Mechanics, A 4-m-long, 6-cm-diameter cylinder placed normal to the fl...

A 4-m-long, 6-cm-diameter cylinder placed normal to the flow is used to measure the velocity of an air stream. If a force of 50 N is measured, the air velocity is nearest (for air

WATER SUPPLY, THE DESIGN PERIOD AVERAGE DAILY DEMAND CALCULATE. THE DESIGN ...

THE DESIGN PERIOD AVERAGE DAILY DEMAND CALCULATE. THE DESIGN DEMAND FOR THE WATER RETICULATION OR DISTRIBUTION PERIOD.

Shear and tensile strength, What is the difference between shear and tensil...

What is the difference between shear and tensile strength? Ans) Tensile Strength for a Bolt is explained by applying a Force along it long axis. Shear Strength for a Bolt is exp

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