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

Transitional jacks designed in pipe jacking projects, Question Why are ...

Question Why are transitional jacks designed in pipe jacking projects? Answer While development of pipe jacking stops, building up of confrontation is extremely

Verify the intensity of vertical stress at a point, Verify the intensity of...

Verify the intensity of vertical stress at a point A line load of 100 kN/metre run extends to a long distance. Verify the intensity of vertical stress at a point, 2 m below the

Sinle flumesh bound.., ADVANTAGES AND DISADVANTAGES OF SINGLE FLUMESH BO...

ADVANTAGES AND DISADVANTAGES OF SINGLE FLUMESH BOUND

Prismatic compass, what is the role of agate cape in prismatic compass?

what is the role of agate cape in prismatic compass?

Illustrate the purpose of pedestals, Q. Illustrate the Purpose of pedestals...

Q. Illustrate the Purpose of pedestals? When structural steel works are connected to foundation, pedestals are generally designed to carry loads from metal columns through grou

Explain chezy manning equation, Explain Chezy Manning Equation v = 1.49...

Explain Chezy Manning Equation v = 1.49/n (R) 0.67 (S) 0.5     R = hydraulic radius (ft) = Area/ wetted perimeter, R = D/4 for circular channels full and one-half full

Concrete carriageway comparatively, Question Why is slump specified in ...

Question Why is slump specified in concrete carriageway comparatively low like 30mmwhen compared with normal concrete like 75mm? Answer Slump of concrete carriageway

Increase in velocity of water due to afflux, Q. Increase in velocity of wat...

Q. Increase in velocity of water due to afflux? Specific energy E f in m per m 3 of flow is the energy measured with respect to bottom and hence comprising potential head D a

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