horizontal line

The bond formed between two atoms due to the sharing of two electron-pairs is called a double covalent bond or simply a double bond . It is denoted by two small horizontal lines (=) drawn between the two atoms, e.g., O = O, O = C = O et..

Let O = Position of the observer P = Position of the object OH = Horizontal line through O (line of reference)..

Find the transverse axis of the conic section represented by the equation y 2 - x 2 + 16 x - 16 y - 1 = 0 . => A line with slope -1 or A vertical line or A horizontal line or A line with slope 1..

The intersection of the horizontal and vertical lines represents the chiral center (the chiral carbon). The horizontal lines indicate bonds directed towards the reader. The vertical lines indicate bonds directed away from the reader. By r..

The graph of an equation of the form y = b where b ≠ 0 is _______ . => y -axis or x -axis or a vertical line or a horizontal line..

Bond formed due to the sharing of three electron pairs is called a triple covalent bond or simply a triple bond. Three small horizontal lines between the two atoms denote a triple bond e.g., N N, and H-C C-H (acetylene..

Rectangular axes - The position of a point in a plane is fixed by selecting two axes of reference which are formed by combining two number lines at right angles so that their zeros coincide. The horizontal number line is called x-axis and the vertical number lineh..

In a Rectangular Cartesian System of coordinates the position of a point in a plane is determined by an ordered pair whose elements give the distances from the intersecting straight lines at right angles to each other. These lines are called the axes. The vertical line..

The angle elevation and the angle of depressions are the angles which the line of sight makes with the horizontal. The angle of elevation of A as observed from C equals the angle of depression of C as observed from A..

. The pressure p, volume V, temperature T and number of moles of a gas can be controlled and measured using this setup. The above figure shows a PV diagram for each of these four processes for a constant amount of an ideal gas. The path followed in an adiabatic process (a to l) is called an adiabat..