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

Structural engg, how static and dynamic frames are works?

how static and dynamic frames are works?

Water-bound macadam road construction for unpaved roads, how can I come up ...

how can I come up with the research on the water bound macadam road construction

Define wastewater treatment processes, Define Wastewater treatment Processe...

Define Wastewater treatment Processes The wastewater treatment processes that we design mimic the processes that occur in the nature (for example processes that occur in a flow

Define the types of shock transmission unit, Define the Types of shock tran...

Define the Types of shock transmission unit? Presently two types of STUs are available in the overseas market: (a) Silicon putty based from UK and USA. (b) Oil based from

Determine condition of activity in the network flow diagram, Determine the ...

Determine the condition of each activity in the network flow diagram shown below   Ans: a. Activity C can be started only after the completion of activities A and

Calculate carbon intensity, how to calculate the carbon intensity (gC/MJ) f...

how to calculate the carbon intensity (gC/MJ) for gasoline ( C7H16 ) , we have the Energy Density = 32.2 MJ/L Fluid Density = 0.727 g/mL

Methods of design of prestressed concrete member, Methods of design of pres...

Methods of design of prestressed concrete member What are different approaches or methods of design of prestressed concrete members? What are important considerations  in th

Calculate the change in volume, Calculate the change in volume: If the...

Calculate the change in volume: If the bar is 1 m long with rectangular cross section of 300 mm deep and 400 mm wide, compute the change in volume of the solid because of a lo

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