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The x axis coordinate and the y axis coordinate of the centroid are having different types of calculations to calculate them.

The x axis coordinate and the y axis coordinate of the centroid are having different types of calculations to calculate them. Correct Answer False

The calculation is general to all the axis of the coordinate system. This means that the calculations are generalised for all the axis. All the axis are given the same priority. Thus no change in calculations.

Related Questions

The x axis coordinate and the y axis coordinate of the centre of gravity are having different types of calculations to calculate them.
Seven people A, B, C, D, E, F and G live on separate floors of a 7-floor building. Ground floor is numbered 1, first floor is numbered. 2 and so on until the topmost floor is numbered 7. Each one of these having a different cars-Cadillac, Ambassador, Fiat, Maruti, Mercedes, Bedford and Fargo but not necessarily in the same order. Only three people live above the floor on which A lives. Only one person lives between A and the one having a car Cadillac. F lives immediately below the one having a car Bedford. The one having a car Bedford lives on an even-numbered floor. Only three people live between the ones having a car Cadillac and Maruti. E lives immediately above C. E is not having a car Maruti. Only two people live between B and the one having a car Fargo. The one having a car Fargo lives below the floor on which B lives. The one having a car Fiat does not live immediately above D or immediately below B. D does not live immediately above or immediately below A. G does not have a car Ambassador. Question : How many people live between the floors on which D and the one having a car Bedford ?
If solving the question in 3D calculations is difficult, then use the 2D system and then equate the ratio of the product of the centroid of the section to its mass to the total mass of the body to the centroid.
The below question contains a paragraph of 6 sentences. The first and the sixth sentences are given in the beginning and end and numbered 1 and 6 respectively. The four sentences in the middle are jumbled and labelled P, Q, R and S. Identify the proper order of these four sentences and mark the correct option. 1. In space navigation it is necessary to make complex calculations. P. In addition, it has to enter into the moon's orbit at a precise moment. Q. In other words it has to leave the earth's orbit at a precise moment. R. A rocket has to follow a precise path. S. Computers are able to perform extremely complex calculations. 6. A computer can perform the complex calculations which are necessary to work out the rocket's path precisely.
ABC is a triangle with vertices (x, y), (y, x) and (x/2, y/2). The x coordinate of centroid of the triangle is 25% more than y coordinate of the centroifd of the triangle. What is the value of x/y?
If the force vector F acting along the centroid is having its x-axis component being equal to Z N, y-axis component be X N and z-axis component be Y N then vector F is best represented by?
S1: The right way to get people do things the way you want is not to compel them, drive them or for that matter even beg them or entreat them.
P: The sure way to antagonise an individual is to give him the impression that you are out to force or compel him to do something.
Q: The correct way is, therefore, to arouse a want in them and make them do, whatever you want them to do willingly, happily and eagerly.
R: It is the most difficult thing in the world to make an individual do anything against his will.
S: Even young, innocent children resent being made to do things.
S6: The secret of motivation, therefore, lies in your ability to arouse the right kind of want or thirst in the other people.

The Proper sequence should be:
If the centroid structure is different from the minimum free-energy structure, the centroid structure is often closer to the phylogenetic prediction and contains fewer base pairs, or fewer false-positive base pair predictions, than the minimum free-energy prediction.
Moment of Inertia about an inclined axis is the integration of the square of the distance of the centroid and the del area along the whole area of the structure and after this calculations, we multiply the moment of areas.
Moment of Inertia about an inclined axis is the integration of the cube of the distance of the centroid and the del area along the whole area of the structure and after this calculations, we multiply the moment of areas.