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In the context of technology, DBR is probably "damaged beyond repair".
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∙ 11y ago
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How do you calculate DBR?
The way to calculate DBR (Debt Burden Ratio) is to take all of a persons debt burden and add it together. Next, divide that debt burden by the after-tax income. This is the DBR.
What car is nigel gearsley from cars 2?
It was a Aston Martin DBR/9
How do you reset the maintenance required light on a 1992 Dakota 5.2L?
The maintenance light,You will need to take it to a Dodge dealer to reset it. Or get a DBR-2 code scanner.BIG $$$
Can someone provide a list of Mumbai builders?
List of Mumbai builders includes: DBR Constructions Pvt Ltd, KT Builders, Adhiraj Constructions Pvt. Ltd, Al Saad Constructions, Anchit Homes and Ashapura Constructions.
What has the author James J Coleman written?
James J. Coleman has written: 'Development of advanced laser diode sources' -- subject(s): Aluminum gallium arsenides, Asymmetry, Cladding, DBR lasers, Gallium arsenides, Indium gallium arsenides, Remote sensing, Waveguide lasers
A Walt Disney music company 45 of Alice in wonderland is it worth anything?
-music from the score, conducted by CamarataI have the original packaging..the 45 is in nice shape. (DBR-30)It has 2 songs per side:side 1- "Alice in onderland" (i believe it is a typo) and "I'm Late"side 11- "Very good advice" and "march of the cards"no year provided..thanks for the help :)
Anu-anu ang mga pangatnig?
Ito ang tawag sa mga panghalip na nagtuturo sa kinaroroonan ng isang tao , bagay , lugar , at iba pa. SANA PO MAKATULONG : )
What is the equation of continuity?
The Equation of Continuity is the four dimensional derivative of a four dimensional variable set to zero. This is also called the limit equation and the Boundary equation, and the Homeostasis Equation. The Continuity Equation is also called the Invariant Equation or Condition. The most famous equation that is in fact a continuity Equation is Maxwell's Electromagnetic equations. (d/dR + Del)(Br + Bv) = (dBr/dR -Del.Bv) + (dBv/dR + DelxBv + Del Br) = 0 This gives two equations the real Continuity Equation: 0=(dBr/dR - Del.Bv) and the vector Continuity Equation: 0=(dBv/dR + Del Br) This Equation will be more familiar when R=ct and dR=cdt and cB = E then 0=(dBr/dt - Del.Ev) and 0=(dBv/dt + Del Er) The Continuity Equation says the sum of the derivatives is zero. The four dimensional variable has two parts a real part Br and a vector part Bv. The Continuity Equation is the sum of the real derivatives is zero and the sum of the vector derivatives is zero. The term DelxBv is zero at Continuity because this term is perpendicular to both the other two terms and makes it impossible geometrically for the vectors to sum to zero unless it is zero. Only if the DelxBv=0 can the vectors sum to zero. This situation occurs when the other two terms are parallel or anti-parallel. If anti-parallel then dBv/Dr is equal and opposite to Del Br and the vectors sum to zero. This is Newton's Equal and Opposite statement in his 3rd Law and is a geometrical necessity for the vectors to sum to zero.. Many Equations of Physics have misrepresented the Continuity Equation and others have not recognized the continuity Equation as in Maxwell's Equations. The Continuity Equation is probably the most important equation in science! The Four dimensional space of science is a quaternion non-commutative (non-parallel) space defined by William Rowan Hamilton in 1843, (i,j,k and 1), with rules i^2=j^2=k^2=-1.
What is the relation the relation between maxwell equqtion and theory of relativity?
Relativity Theory accepts Maxwell's Equations as correct and raises:1. the constancy of the speed of light and2. relativity of velocityas axioms of Relativity Theory.Relativity would be better if it recognizd that Maxwell's Equations are a statement of of Quaternion Invariance of the Electromagnetic Field, B =Br(eal) + Bv(ector) = Br + Bv.0=XE = (d/dr + Del)(Br + Bv) = (dBr/dr - Del.Bv) + (dBv/dr + Del Br + DelxBv)The Other Maxwell's Equations can be derived fromsubstituting the following relationships:E=cB= zH=zcD and r=ct and dr= cdt.
What is electromagnetisim?
Faraday conceived the idea of Electromagnetic fields, E, B, H and D.All these fields are related by the following equation:E=cB = zH = zcDwhere q is charge, c is speed of light and z the free space impedance.The Law of Electromagnetism is the Homeostasis Equation or Boundary Equation:0=XE=(dEr/dr - Del.Ev) + (dEv/dr + DelxEv + Del.Ev R)where E=Er+ Ev and Er is the real Electric Field and Ev is the vector Electric Field and E is a quaternion field. Ris the Unite radial vector.This is a homogeneous equation but it can be made heterogeneous with r=ct, then dr=cdt and0=XE=(dBr/dt - Del.Ev) + (dBv/dt + DelxEv + Del.Ev R)This equations represent two equations a real equation and a vector equation:dBr/dt=Del.Ev and0=(dBv/dt + DelxEv + Del.Ev R)
What is produced when an alkali metal reacts with water?
An explosion, because the alkali metal react violently up when they touch water. When added to water the metal becomes a +1 ion, and the water forms OH- and H2 gas. The reaction with water is very exothermic, fast and violent. If a lump of lithium, sodium or potassium is placed in cold water, the metal floats; it may melt and move around the surface of the water with 'fizzing'. If universal indicator is added, it changes from green (pH 7) to purple (pH 13-14), showing an alkaline metal hydroxide was formed. The colourless gas hydrogen is also given off and pops with lit splint - but this is not the best of experiments to collect it from! The more reactive the metal, the more vigorous the reaction. Lithium and sodium do not normally cause a flame but the potassium reaction is exothermic enough to ignite the hydrogen. o 2H2(g) + O2(g) => 2H2O(l) o The hydrogen flame turns lilac due to hot potassium atoms in it. o Note: in flame tests hot lithium atoms give a crimson colour and sodium a yellow colour (more details). Rubidium, caesium and francium are very explosive with water. Down the group the reaction gets faster and more violent as the metal gets more reactive i.e. Li < Na < K < Rb < Cs < Fr. The reaction equation for sodium is in words and symbols... sodium + water ==> sodium hydroxide + hydrogen 2Na(s) + 2H2O(l) ==> 2NaOH(aq) + H2(g) and the equations are similar for any of the other Alkali Metals since they are in the same group of the Periodic Table, they behave chemically in the same way. Theoretically Francium is the most reactive and therefore the most explosive metal when in contact with water. See the Related Questions to the left for more information.Also watch the linked videos of massive explosions due to sodium mixing with water! BOOM!!!!!DBR!!
How does vector calculus applies to electromagnetism?
Vectors are directional numbers. Calculus determines changes. Electromagnetism involves directional fields and thus vector calculus is the tool to calculate the changes in directional fields.The training in Mathematics and Physics is deficient in that Nature involves the combination of real and vector numbers called Quaternions. Quaternions were invented by William Rowan Hamilton in 1843. Quaternions consist of a real number r and three vectors (i,j,k) such that i2 = j2 = k2 = ijk = -1.A quaternion point is p=r + ix +jy + kz= r + v where v is the vector part.Quaternion calculus has a derivative I call X for Khepra which consists of Hamilton's vector derivative called Del = id/dx + j d/dy + kd/dz and a real derivative d/dr = d/cdt .X= d/dr + Del = d/dr + id/dx + jd/dy + kd/dz = d/cdt + Del = [d/dr,Del]Using this quaternion derivative the fundamental laws of electromagnetism can be derived as th Boundary Condition, 0= XE where E is the quaternion electric field E=Er + Ev = [Er,Ev].The First Derivative of the Electric field isXE= (dEr/cdt - Del.Ev) + (dEv/cdt + DelxEv + Del Er)The Equilibrium Condition for the Electric field occurs when the the First Derivative is set to zero:0=XE= (dBr/dt - Del.Ev) + (dBv/dt + Del Er)This is the Quaternion Equilibrium Condition Equation, notice that the Curl Term DelxEv =0 and is not in the equation. The curl is zero at Equilibrium and the remaining vector terms are "Equal and Opposite"! Equilibrium requires that the sum of the reals and vectors sum to zero. The vectors cannot sum to zero unless DelxEv=0, this happens only when the other terms are parallel or anti-parallel. Equilibrium is the anti-parallel case, thus Newton's "Equal and Opposite" Rule in his 3rd law of Motion.This Equilibrium Condition is the Stationary and Invariant Condition and the Cauchy-Riemann Continutiy Condition.Maxwell's EquationsdBr/dt - Del.Ev=0dBv/dt + DelxEv=0are incorrect in including DelxEv, it should be Del Er. DelxEv is perpendicular to dBv/dt =dEv/cdt. Vector Calculus shows DelxEv is perpendicular to dEv/dr, thus the sum of orthogonal vectors is not zero unless both vectors are zero.This shows that Maxwell's Equations are incorrect and the proper Electromagnetism Equations are derived by Quaternion Calculus.
