State the uses of dimensional analysis.

State the uses of dimensional analysis.
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State the uses of dimensional analysis.
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Explain the use of dimensional analysis to check the correctness of a physical equation.

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Which error detection method uses one's complement arithmetic? A. Simple parity check B. Two-dimensional parity check C. CRC D. Checksum

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Content analysis uses which of the below methods? a) Counting b) Classifying c) Recording d) All of the above

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What is the biggest difference between CPA and CLV analysis A. CPA is more appropriate for short term, tactical optimization B. CLV is truly customer-centric C. CLV encompasses online and offline customer touchpoints and uses back-office data D. All of the above

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A statement depicting the reasons for the change in cash position from one period to another a) Fund flow statement b) Statement of uses and application of funds c) Cash flow statement d) Ratio analysis

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To test null hypothesis, a researcher uses: (A) t test (B) ANOVA (C) x 2 (D) factorial analysis

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Unsteady state heat conduction occurs, when (A) Temperature distribution is independent of time (B) Temperature distribution is dependent on time (C) Heat flows in one direction only (D) Three dimensional heat flow is concerned

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Steady state one dimensional heat flow by conduction as given by Fourier's low does not assume that (A) There is no internal heat generation (B) Boundary surfaces are isothermal (C) Material is anisotropic (D) Constant temperature gradient exists

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The left face of a one dimensional slab of thickness 0.2 m is maintained at 80°C and the right face is exposed to air at 30°C. The thermal conductivity of the slab is 1.2 W/m.K and the heat transfer co-efficient from the right face is 10 W/m2 .K. At steady state, the temperature of the right face in °C is (A) 77.2 (B) 71.2 (C) 63.8 (D) 48.7

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For one dimensional flow of an incompressible fluid in unsteady state in x-direction, the continuity equation is given by (A) ∂u/∂x = 0 (B) ∂(ρu)/∂x = 0 (C) (∂u/∂x) = - (∂ρ/∂t) (D) ∂ρ/∂t = 0

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What is an example of a multiple dimensional computer flow chart?

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Last Answer : A pc being destroyed by a hand grenade. Hammers just don’t get the job done right…

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Who can teach me how to find the Volume number and Issue number of “Numerical simulation of three dimensional cavitation shedding dynamics with special emphasis on cavitation–vortex interaction”?

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Last Answer : Google it. \ http://www.sciencedirect.com/science/article/pii/S0029801814001838

Are there three dimensional models of the universe (see details)?

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Are mirror images 3 dimensional?

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Can you show me an example of how a 10 dimensional graph could be useful?

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Is there a 3 dimensional shape that has 6 equal angles?

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Last Answer : An octahedron has 6 vertices. It is a platonic solid with 8 faces, each an equilateral triangle, & 12 edges. Image

What would an 10 dimensional television be like?

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Last Answer : Would be really awesome. I don’t know how they can make it possible but commo’on… think of how great this can be.

What were the two (inter-dimensional portal devices) technology's that Spider-Carnage combined and planned to use to destroy all of reality?

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Last Answer : answer:I can’t say that I know? I’m a Batman girl myself. Batman is the greatest superhero because he is a human being, and has no distinguishing “super powers” to speak of. *Cheesy grin.

How do adverts near football goals appear three dimensional on television?

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Last Answer : They are usually digitally inserted into the picture. Same as the ads behind the batter at baseball games. There may be ads placed there by the stadium, but the TV people are going to cover them up ... of their own, unless the same sponsors that are paying for the TV time paid for the stadium ads.

Can you show me an example of how a three or more dimensional graph would look like?

Description : Can you show me an example of how a three or more dimensional graph would look like?

Last Answer : answer:http://www.csupomona.edu/~jcclark/classes/bio542l/essays/graphtypes.html http://74.63.141.198/help/ccdsoft%20info/image_processing_features.htm scroll down to the bottom graphs.

How can 3-dimensional space be curved in a 2-dimensional plane cut through it?

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Last Answer : A doughnut, its the only shape space could take in which all physical laws still apply.

Is there a formula to find the center (center of mass/centroid) of 3 dimensional objects?

Description : Is there a formula to find the center (center of mass/centroid) of 3 dimensional objects?

Last Answer : Yes

If gravity can bend 3 dimensional space into a 2D plane, could it also do it with 4 dimensional space into a 3D plane?

Description : If gravity can bend 3 dimensional space into a 2D plane, could it also do it with 4 dimensional space into a 3D plane?

Last Answer : hello!!! Space is only 3 dimensional.The 4th dimension is time which is not space.

Is it just me, or has Fluther become somewhat one dimensional?

Description : Is it just me, or has Fluther become somewhat one dimensional?

Last Answer : dude… what else is there to talk about besides god and my emotions????

Which indefinite article should i use before "one", eg, "a one dimensional line" or "an one dimensional line"?

Description : Which indefinite article should i use before "one", eg, "a one dimensional line" or "an one dimensional line"?

Last Answer : a

The applications of the Finite Element Method in two-dimensional analyses are . a.stretching of plates b.gravity of dams c.axisymmetric shells d.all of the above

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Last Answer : c.axisymmetric shells

Example for one – Dimensional element is . a.triangular element b.brick element c.truss element d.axisymmetric element

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Last Answer : c.truss element

From the following, which type of element is not two dimensional? a.Tetrahedron b.Quadrilateral c.Parallelogram d.Rectangle

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Last Answer : a.Tetrahedron

In the following three-dimensional modelling techniques. Which do not requiremuch computer time and memory? a.Surface modelling b.Solid modelling c.Wireframe modelling d.All of the above

Description : In the following three-dimensional modelling techniques. Which do not requiremuch computer time and memory? a.Surface modelling b.Solid modelling c.Wireframe modelling d.All of the above

Last Answer : c.Wireframe modelling

A two dimensional rotation is applied to an object by a.Repositioning it along with straight line path b.Repositioning it along with circular path c.Only b d.Any of the mentioned

Description : A two dimensional rotation is applied to an object by a.Repositioning it along with straight line path b.Repositioning it along with circular path c.Only b d.Any of the mentioned

Last Answer : c.Only b

The two-dimensional translation equation in the matrix form is a.P’=P+T b.P’=P-T c.P’=P*T d.P’=P

Description : The two-dimensional translation equation in the matrix form is a.P’=P+T b.P’=P-T c.P’=P*T d.P’=P

Last Answer : a.P’=P+T

We translate a two-dimensional point by adding a.Translation distances b.Translation difference c.X and Y d.Only a

Description : We translate a two-dimensional point by adding a.Translation distances b.Translation difference c.X and Y d.Only a

Last Answer : d.Only a

In Coordinates, a points in n-dimensional space is represent by(n+1) coordinates. a.Scaling b.Homogeneous c.Inverse transformation d.3D Transformation

Description : In Coordinates, a points in n-dimensional space is represent by(n+1) coordinates. a.Scaling b.Homogeneous c.Inverse transformation d.3D Transformation

Last Answer : b.Homogeneous

The two-dimensional rotation equation in the matrix form is a.P’=T+P b.P’=S*P c.P’=R*P d.P’=dx+dy

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Last Answer : c.P’=R*P

Which of the following are zero dimensional or one dimensional figuresA. RayB. SegmentC. AngleD. PlaneE. Point F. Line?

Description : Which of the following are zero dimensional or one dimensional figuresA. RayB. SegmentC. AngleD. PlaneE. Point F. Line?

Last Answer : A. RayB. SegmentE. PointF. Line

How many full- dimensional , half- dimensional and non-dimensional letters ?

Description : How many full- dimensional , half- dimensional and non-dimensional letters ?

Last Answer : 1. 6 half-length letters. (6 consonants and 1 vowel) 2. 10 non-dimensional letters. (6 consonants and 4 vowels) 3. 32 full-length letters. (26 consonants and 6 vowels)