v31

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`x e^x-e^x+c`
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A capacitor with capacitance C=1.0 muF and a coil with active resitance R=0.10 Omega and inductance L=1.0 m H are connected in parallel to a source of sinusoidal voltage V=31 V . Find : (a) the frequency omega at which the resonance sets in , (b) the effective value of the fed current in resonance , as well as the corresponding currents flowing through the coil and through the capacitor.

1 mole heptane (V.P = 92 mm of Hg) is mixed with 4 mol. Octane (V.P = 31 mm of Hg) , form an ideal solution. Find out the vapour pressure of solution.

A particle is moving along a vertical circle of radius R=20 m with a constant speed v=31.4 m//s as shown in the figure. Straight line ABC is horizontal and passes through the centre of the circle. A shell is fired from point A at the instant when particle is at C . The distance AB is 20sqrt(3)m and shell collides with the particle at B , if smallest possible value of the angle of projection is k xx 10^(@) then find the value of k .

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The reduction potential of the two half cell reaction (occurring in an electrochemical cell) are PbSO_(4)(s)+2e^(-)rarrPb(s)+SO_(4)^(2-)(aq)(E^(@)=-0.31V) Ag^(+)(aq)+e^(-)rarrAg(s)(E^(@)=0.80V) The feasible reaction will be

The reduction potential of the two half cell reactions (occuring in an electrochemical cell) are PbSO_(4)+ 2e^(-)rarrPb+SO_(4)^(2-) (E^(@)=-0.31V) Ag^(+)(aq)+e^(-)rarrAg(s)(E^(@)=+0.80V) The fessible reaction will be