Geomatics_Lab6_EliasZamora

Define Beta Method.

Define the terms error and error analysis mathematically. Also define types of errors

I want answer of 10,11,12 please

It is necessary to provide the automated scaling mechanism.

8. True or False. If false, then explain why the premise is false. a. b. C. d. e. f. g. h. i. j. The most important quality for the hand written notes in surveying is clarity. If a mistake is found in the hand written notes it must be erased completely. Regarding surveying data, usually less data is considered better to avoid having too much information and get confused. Using a ruler to measure a box in front of you is an example of an indirect observation. The true value of an observation can be known if you use the correct instrument to measure it. In technical terms, mistake and error, are practically the same thing. Natural errors are those caused by the human senses (such as sight and touch). There are three types of error discussed in class, systematic, unknown and random errors. Random errors tend to partially cancel themselves in a series of observations. A discrepancy is the difference between two observed values of the same quantity.

Hello. Please help me answer this question. On the other sheet is the datas given. and the other sheet is the questions to be answer. thankyou

Neat and clean solution!!!

I hope you can help me with this. This is civil engineering orientation subject.I need a Pert chart.

Could you explain the table on what is K1 - K3? This is the main issue I've been having with virtual work. I dont understand what is used to find these three values.

please  brifly describe   Discuss the importance of boundary layer approximation in finding the solution of fluid flow  problems.

Please answer all the questions provided in the picture:

3. Explain the following observation techniques and provide an example of their application. 1 a. Static Network b. Navigation c. Real-Time Kinematic Fimloin the

For situation 3, the plastic section modulus, Zx of the section is closest to: a.2561 x 10^3 mm^3 b.5482 x 10^3 mm^3 c.6543 x 10^3 mm^3 d.7980 x 10^3 mm^3

values of a,b,c and d in the following 3 points matrix equation )%-) a - b b+ a 8. %3D 3d +c 2d-ch 17

Please answer sub parts g, h, and i

6.b. What are distorted model? Why are they used in construction models of rivers?

Is the method of "slice and dice" used in multidimensional models explained?

WebAssign Your best submission for each question part is used for your score. 1. [-/5 Points] DETAILS LARCALC11M 13.6.004. ASK Y Use Theorem 13.9 to find the directional derivative of the function at P in the direction of the unit vector u = cos 0i + sin 0j. y f(x, у) %3D 2x + y P(3, 0), 0 = – T 6 eBook 2. [-/5 Points] DETAILS LARCALC11M 13.6.017. ASK Y Find the gradient of the function at the given point. In(x-Y)-5, (2, 3) z = Vz(2, 3) = Need Help? Watch It eBook

Module 4 Assignment 3 1. Calculate the dimensions for AH, BC, and EF. 2. Determine the area of figure ABCDEFGH SHOW YOUR WORKI 102.803 13 13 25 35 944618 D 55.167 1201344 1044933

When checking PERT CPM/ PDM Diagram, it always important to check first the before anything else. O Consistency O Coherence O Accuracy O Logic

SLOPE-DEFLECTION METHOD STRUCTURAL THEORY 2 ESSAY TYPE. Answer with 100-150 words.

Define, derive and give 2 examples of Green-Ampt Model.

Are you able to explain the "slice and dice" technique employed in multidimensional models?

Hi! please help me with this. Thank you! P.S STEP BY STEP SOLUTION/COMPLETE SOLUTION

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Oil (SG = 0.90) flows downward through a vertical pipe contraction as shown in the figure If the mercury manometer reading , h, is 110 mm, determine the volume flowrate for frictionless flow. %3D 300mm 10.6m SG = 0,9 3D 100mm SG = 13.6

View Policies Current Attempt in Progress (a) Ciny.3) In the accompanying figure, the area of the triangle ABC can be expressed as area ABC-area ADEC+area CEFB-area ADFB Big %) ALBy Y Use this and the fact that the area of a trapezoid equals the altitude times the sum of the parallel sides to show that area ABC= X₁9/₁ X2 Y2 |xy ys Note in the derivation of this formula, the vertices are labeled such that the triangle is traced counterclockwise proceeding from (x₁, v₁) to (x₂.₂) to (x V). For a clockwise orientation, the determinant above yields the negative of the area. (You should not solve (a)) (b) Use the result in (a) to find the area of the triangle with vertices (-7.-5).(11.0). (6,6). Area-

Google oy- X le C:/Users/ACER/Downloads/CIVL%200006 SM1_Assignment%202 Fall%202020%20(1).pdf anquestIons prOV are provi in the Sheet Assin a. Determine the position of centroid for the shaded figure shown below with respect to X- axis and y-axis. b. Calculate the moment of inertia for the shape about X axis only. Y. 8 cm 18 cm 12cm Figure 1 AR

please calculat the angles and complete the following table. Ba A 零方向 Survey Survey Targe station round Reading Average Value after Average value after CLR zero face left face right reading CLR zero with multiple rounds .. 00 02 06 180 02 00 B 51 15 42 231 15 30 131 54 12 311 54 00 D 182 02 24 02 02 24 A 02 12 180 02 06 A 90 03 30 270 03 24 в 141 17 00 321 16 54 221 55 42 41 55 30 292 04 00 92 03 54 A 90 03 36 270 03 36

complete the table please calculat the angles and complete the following table. B« 零方向 Survey Survey Targe Reading Average Value after Average value afer CLR zero station reand face left face right reading CLR zero with multiple rounds * .. .. 00 02 06 180 02 00 51 15 42 231 15 30 54 12 131 311 54 00 D. 182 02 24 02 02 24 02 12 180 02 06 90 03 30 270 24 141 17 00 321 16 54 221 55 42 41 55 30 292 04 0e 92 03 54 90 36 270 36

SUBJECT: STATIC OF RIGID BODIES 1. CHOICES: 62.59 59.62 49.81 52.69 2. CHOICES 42315487 mm^4 31943887 mm^4 31543447 mm^4 34643447 mm^4 3. CHOICES: 16794122 mm^4 19745122 mm^4 23745133 mm^4 228955144 mm^4