Ellipse locus of points which moves such that sum of the distances.pdf

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Ellipse : locus of points which moves such that sum of the distances from two fixed point is constant. Hyperbola : locus of points which moves such that differences of the distances from two fixed point is constant. Ellipse : two focci, two axis ,major and minor, closed and bounded region ,four vertices and centre Hyperbola : two focci, two axis ,transverse and conjugate , un bounded region ,two vertices and centre. Ellipse : eccentricty less than one. Hyperbola : eccentricity more than one. Solution Ellipse : locus of points which moves such that sum of the distances from two fixed point is constant. Hyperbola : locus of points which moves such that differences of the distances from two fixed point is constant. Ellipse : two focci, two axis ,major and minor, closed and bounded region ,four vertices and centre Hyperbola : two focci, two axis ,transverse and conjugate , un bounded region ,two vertices and centre. Ellipse : eccentricty less than one. Hyperbola : eccentricity more than one..

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The DNA replication occurs through the coordinated sequences of initiation , elongation and termination, each step being catalyzed by specific enzymes. The process occurs at particular points, forming \'replication bubbles.\' During the initiation phase, the replication is initiated at particular points called \"origins\". The replication bubble starts with the enzyme helicase which breaks the hydrogen bonds between the parental strands. The initiator proteins bind to the sites rich in \"AT\" bases. ( A T base pairs have two hydrogen bonds and hence easy to break ). Once the sequence is located, the initiator protein assembles other proteins and form the pre-replication complex, unzipping the double stranded DNA. During the elongation phase, the enzyme primase add RNA primer to the template strand. The leading starnd which receives one RNA primer is continuosly extended by the DNA polymerase enzyme. The lagging strand which receives several RNA primers, is discontinuosly extended forming Okazaki fragments. The enzyme RNase removes the primer fragments and a low processivity DNA polymerase fill those gaps. The single nick on the leading strand and several nicks on the lagging strand gets filled up by the activity of DNAligase enzyme . As the replication proceeds, the DNA strands unwind forming a replication fork, with two branching prongs each made up of single stranded DNA, which serve as the template for the new DNA.DNA is always synthesised in the 5\' to 3 \' direction, the new nucleotides are added to the 3\' end of the growing strand. In the replication fork structure , the leading and the lagging strand templates are oriented in the opposite directions. The leading strand is synthesised in the same direction of the progressing replication fork, whereas the lagging strand is synthesised in the opposite direction. Because of this reverse orientaion of the lagging strand, its replication is complicated and the DNA polymerase lags behind the other strand. During the termination phase, in eukaryotes with linear DNA, the terminal end or the telomere region, is attached with telomerase enzyme, which catalyses the DNA synthesis using its own RNA template. Solution The DNA replication occurs through the coordinated sequences of initiation , elongation and termination, each step being catalyzed by specific enzymes. The process occurs at particular points, forming \'replication bubbles.\' During the initiation phase, the replication is initiated at particular points called \"origins\". The replication bubble starts with the enzyme helicase which breaks the hydrogen bonds between the parental strands. The initiator proteins bind to the sites rich in \"AT\" bases. ( A T base pairs have two hydrogen bonds and hence easy to break ). Once the sequence is located, the initiator protein assembles other proteins and form the pre-replication complex, unzipping the double stranded DNA. During the elongation phase, the enzyme primase add RNA primer to the tem.

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1. Ellipse : locus of points which moves such that sum of the distances from two fixed point is constant. Hyperbola : locus of points which moves such that differences of the distances from two fixed point is constant. Ellipse : two focci, two axis ,major and minor, closed and bounded region ,four vertices and centre Hyperbola : two focci, two axis ,transverse and conjugate , un bounded region ,two vertices and centre. Ellipse : eccentricty less than one. Hyperbola : eccentricity more than one. Solution Ellipse : locus of points which moves such that sum of the distances from two fixed point is constant. Hyperbola : locus of points which moves such that differences of the distances from two fixed point is constant. Ellipse : two focci, two axis ,major and minor, closed and bounded region ,four vertices and centre Hyperbola : two focci, two axis ,transverse and conjugate , un bounded region ,two vertices and centre. Ellipse : eccentricty less than one. Hyperbola : eccentricity more than one.

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