The transport form of chromosomes refers to the condensed and tightly coiled structure of DNA that is visible during cell division. In contrast, the functional form of chromatin refers to the relaxed and unpacked structure of DNA that allows for gene expression and regulation. Chromosomes are only in their condensed form during cell division, while chromatin is the dynamic and active form of DNA that is present during most of the cell's life cycle. **

A chromosome is in its active transport form during cell division, specifically during the process of mitosis or meiosis. During these processes, the chromosomes condense and become more compact, allowing them to be easily transported and segregated into daughter cells. This active transport form ensures that each daughter cell receives the correct number and type of chromosomes. Once cell division is complete, the chromosomes return to their less condensed, active state for normal cellular functions. **

Sure! Here are two sentences converted into the active form: Passive: The cake was baked by Sarah. Active: Sarah baked the cake. Passive: The book was written by the author. Active: The author wrote the book. **

The active form of a passive sentence is when the subject of the passive sentence becomes the agent of the action in the active sentence. In other words, the active form of the passive sentence involves rephrasing the sentence to make the subject the doer of the action. For example, the passive sentence "The cake was baked by Mary" can be changed to the active form "Mary baked the cake." **

The active form of the passive voice in English is when the subject of the sentence is performing the action. In the active voice, the subject comes before the verb, and the focus is on the doer of the action. For example, in the passive voice sentence "The cake was baked by Mary," the active form would be "Mary baked the cake." **

To establish the functional equations of parabolas using the standard form, one can start by understanding the general form of a parabola equation: y = ax^2 + bx + c. By comparing this general form with the standard form of a parabola equation, y = a(x-h)^2 + k, one can determine the values of h and k which represent the vertex of the parabola. The coefficient 'a' in the standard form determines the direction and width of the parabola, while the values of h and k determine the position of the vertex. By manipulating the standard form equation, one can derive the functional equations of parabolas with different vertex positions and orientations. **

The question is not specific about which type of form is being referred to. However, if the question is about a quadratic equation, the factored form is meant when referring to the form that expresses the equation as a product of two linear factors. On the other hand, the general vertex form is meant when referring to the form that expresses the equation as a combination of a vertical translation and a horizontal translation of the standard form. **

We use the parameter form when we want to represent a line or a plane using a parameter or a set of parameters. This form is useful for describing the position of points on the line or plane in terms of a parameter. The coordinate form is used when we want to represent a line or a plane using the coordinates of points that lie on the line or plane. This form is useful for finding the equation of a line or a plane given specific points. The normal form is used when we want to represent a line or a plane using the normal vector and a point on the line or plane. This form is useful for finding the equation of a line or a plane given the normal vector and a point. **