1. | t (A + B) = (tA * tB)/(tA + tB) |
2. | tA = (tB * t (A + B))/(tB - t (A + B)) |
3.Time for filling , (Filling pipe is bigger in size.)
4.Time for emptying , (emptying pipe is bigger in size.)
5. | T(A + B + C)=L/[(L/tA) + (L/tB) + (L/tC)] |
6.Pipes 'A' & 'B' can fill a tank in f1hrs & f2hrs respectively.Another pipe 'C' can empty the full tank in 'e'hrs.If the three pipes are opened simultaneously then the tank is filled in ,
| F = L/[(L/f1) + (L/f2) - (L/e)] |
7.Two taps 'A' & 'B' can fill a tank in 't1' & 't2' hrs respectively.Another pipe 'C' can empty the full tank in 'e'hrs.If the tank is full & all the three pipes are opened simultaneously . Then the tank will be emptied in,
| E = L/[(L/e) - (L/f1) - (L/f2)] |
8.A filling tap can fill a tank in 'f'hrs.But it takes 'e'hrs longer due to a leak at the bottom.The leak will empty the full tank in ,
| E = [t(f * e) * tf]/[t(f + e) - tf] |
9.Capacity of the tank is ,
10. | tc = [t(A + B) * t(A + B + C)]/[t(A + B) - t(A + B + C)] |
11. | T = (xyz)/[(xz) + (yz) - (xy)] |
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6 comments:
sir,
we are happy to view your blog.
and one morething is we are not able to see shortcuts because they not visible correctly.so plz modify them.thankyou.
Could anyone tells - what does shortcut represent to what?
e-?
f-?
F-?
L-?
and so.....
F- Total time
f- filling time
e- emptying time
L- L.C.M
samsonabhishek@gmail.com
F- Total time
f- filling time
e- emptying time
L- L.C.M
samsonabhishek@gmail.com
Little change in 8 th formula :)
thank u very much man :) Nice work :)
hey frs :)
If u need formulas with solutions , check here :
campuspreparation.wordpress.com
can pls any 1 help me to know the website for seeing the examples of the
above shortcut
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