ba

Examples of ba in the following topics:

• Arc Length and Speed

  • $\displaystyle{ds^2=dx^2+dy^2 \frac{ds^2}{dx^2}\\ \, \quad= 1+\frac{dy^2}{dx^2}ds \\ \, \quad=\sqrt{1+{\frac{dy^2}{dx^2}^2}} \cdot dx\\ \, \quad=\int^b_a\sqrt{1+f'(x)^2} \cdot dx}$
  • $\displaystyle{s =\int^b_a\sqrt{1+{f'(x)}^2} \cdots dx\\ \,\,=\int^b_a\sqrt{[X'(t)]^2+[Y'(t)] \cdots dt}\\ \,\,= \int^b_a\sqrt{dx^2+dy^2}\\ \,\,= \int^b_a\sqrt{\frac{dx}{dt}^2+\frac{dy}{dt}^2 \cdots dt}}$

• Monumental Reliefs in Southeast Asia

  • In total, there are 2,672 individual bas-reliefs, 1,460 of which depict narratives from Buddhist lore, including the birth and life of the Buddha.
  • The Khmer of Cambodia were also renowned for their monumental bas-reliefs, which usually took narrative form, depicting stories from history and mythology.
  • The most famous example of Khmer bas-relief sculpture is undoubtedly at the 12th-century Hindu temple of Angkor Wat, which has 13,000 square meters of narrative bas-reliefs on the walls of its outer gallery.
  • This episode from Hindu mythology is depicted in bas-relief on the south of the east wall of Angkor Wat's third enclosure.
  • The bas relief of 8th century Borobudur depicted the palace scene of King and Queen accompanied by their subjects.

• Changing Logarithmic Bases

• Matrix Inverses

  • $AC = I \Rightarrow B(AC) = B \Rightarrow (BA)C = B \Rightarrow C = B.$
  • There is at most one solution to $A\mathbf{x}= \mathbf{y}$$A$ (there might be none) if and only if the columns of $A$ are linearly independent ( $r=m$ ), in which case there exists an $m \times n$ left inverse $B$ such that $BA=I_m$ .
  • But $C$$BA=I$ is not necessarily unique.
  • On the other hand, if there exists a left inverse $BA=I$ , then $BA\mathbf{x} = B \mathbf{y}$$\mathbf{x} = B \mathbf{y}$ , which implies that $\mathbf{x} = B \mathbf{y}$ .

• Ion Separation by Fractional Precipitation

  • For example, consider a solution the has 0.01 M barium chloride (BaCl2) and 0.02 M strontium chloride (SrCl2).
  • To find the solution, consider that the barium sulfate (BaSO4) solubility is given by:
  • This will give you the value that the sulfate ion concentration must reach to precipitate BaSO4.

• Transforming data values

  • >Sum characterizes the strength of the symmetric tie between A and B as the sum of AB and BA.
  • >Difference characterizes the strength of the symmetric tie between A and B as |AB - BA|.
  • >Division characterizes the strength of the symmetric relation between A and B as AB/BA.
  • For example, the value of BA is set equal to whatever AB is.
  • If, for example, we had selected Upper > Lower and AB = 3 and BA = 5, the function would select the value "5," because the upper value (AB) was not greater than the lower value (BA).

• Relative Velocity

  • Relative velocity is the velocity of an object B measured with respect to the velocity of another object A, denoted as $v_{BA}$.

• Solubility Product Principle and Qualitative Analysis

  • A solution is 0.010M in barium chloride (BaCl2) and 0.020M in strontium chloride (SrCl2).
  • (For simplicity, assume that the Na2SO4 solution is so concentrated that the volume change in the Ba-Sr solution can be neglected.)

• Emerging Viral Hemorrhagic Fevers

  • A recent study using deep sequencing, discovered a novel rhabdovirus (Bas-Congo virus, or BASV) associated with a 2009 outbreak of three human cases of acute hemorrhagic fever in Mangala village, Democratic Republic of Congo (DRC), Africa.
  • Mangala village, located in the Bas-Congo province in DRC, is represented by a red star.

• Solubility Product