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89tonsprobably, about 4.5 Tonnes for a normal passenger planeDepends how big the plane is.Aircraft can weigh anything from 760 pounds for a small Piper J3, up to over 1,200,000 for the largest Airbus.
nag tatnung nga koh ehh kuing anu ang xgot ,,,,, j3,j3,j3... axl rose omar gle help me 2 find d ans. gud luck and god bless.....
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That would depend on whether it's a rubber-band prop, a 2-engine glo-plug model, a 65-hp Piper J3, a Shorts 360, a Spruce Goose, a live 747, or something in between.
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As they are separate ranges they would be: A3:G5 and J3:M5 In a formula, such as a Sum, if you wanted to reference both to get an overall total you would have the two range separated by a comma like this: =SUM(A3:G5,J3:M5)
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The cast of Les J3 - 1946 includes: Tramel as M. Lamy Simone Barillier Marcelle Derrien Marguerite Deval as La directrice de la pension de jeunes filles Lise Florelly Gabrielle Fontan Olivier Mathot Albert Michel Laure Paillette Giselle Pascal as Mademoiselle Bravard - la prof de philo Suzy Patrick Francis Salles
A real example of parallel execution of sequential programs in a multi-core architecture might be the addition of two matrices... double a[1000,1000]; double b[1000,1000]; double c[1000,1000]; int i, j; for (i=0; i<1000; i++) for (j=0; j<1000; j++) c[i,j] = a[i,j] + b[i,j]; ...Since each of these 1000000 additions are independent of each other, they could easily be dispatched to multiple threads and run on multiple cores... for (i1=0; i1<1000; i1+=4) for (j1=0; j1<1000; j1+=4) c[i1,j1] = a[i1,j1] + b[i1,j1]; for (i2=1; i2<1000; i2+=4) for (j2=0; j2<1000; j2+=4) c[i2,j2] = a[i2,j2] + b[i2,j2]; for (i3=2; i3<1000; i3+=4) for (j3=0; j3<1000; j3+=4) c[i3,j3] = a[i3,j3] + b[i3,j3]; for (i4=3; i4<1000; i4+=4) for (j4=0; j4<1000; j4+=4) c[i4,j4] = a[i4,j4] + b[i4,j4]; ...with each for loop running in its own thread/core. In fact, most modern optimizing compilers, at the higher optimzation levels, is quite capable of doing this on its own, because they analyze the code and break apart things that can run in different threads automatically.
Galileo discovered Jupiter and three of its moons on January 7, 1610. Six nights later, January 13th , he discovered the fourth moon. He named them, J1, J2, J3, and J4.