Molecular shape of ClF(3) , l(3)^(-) and...

Molecular shape of `ClF_(3) , l_(3)^(-)` and `XeO_(3)` respectively are

Trigonal planar

Trigonal pyramidal

T-shaped

Tetrahedral

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The shape of l_(3) is

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SbF_(3) reacts with XeF_(4) and XeF_(6) to form ionic compounds [XeF_(3)^(+)][SbF_(6)^(-)] and [XeF_(5)^(+)][SbF_(6)^(-)] then molecular shape of [XeF_(3)^(+)] ion and [XeF_(5)^(+)] ion respectively

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The shape of XeF_(3)^(+) is :

Shape of the compounds XeF_(3)^(+) and XeF_(5)^(+) are respectively

The shape of XeF_3^+ is

Figure shows an L-R circuit. When the switch S is closed, the current through resistor R_(1), R_(2) and l_(3) are l_(1), l_(2) and l_(3) respectively. The value of l_(1), l_(2) and l_(3) at t=0 s is

Consider three rods of length L_(1), L_(2) and L_(3) espectively joined in series. Each has same cross - sectional area with Young's moduli Y, 2Y and 3Y respectively and thermal coefficients of linear expansion alpha, 2alpha and 3 alpha respectively. They are placed between two rigid fixed walls. The temperature of the whole system is increased and it is found that length of the middle rod does not change with temperature rise. Find the value of (9L_(1))/(L_(3)) .

Using the VSEPR theory, discuss the molecular shapes of XeF_(2).XeF_(4),XeF_(6),XeO_(3) and XeO_(4) .

VK JAISWAL ENGLISH-CHEMICAL BONDING (BASIC)-SUBJECTIVE PROBLEMS

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