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According to Boyle's law...

According to Boyle's law

A

`(dP//dV)_(T) = K//V^(2)`

B

`(dP//dV)_(T) = - K//V`

C

`(dV//dP)_(T) = - K//P^(2)`

D

`(dV//dP)_(T) = - K//P`

Text Solution

Verified by Experts

The correct Answer is:
A,C
According to Boyle's law at constant temperature
`V prop 1/P" "`or `" "V=K/P`
`:. (dV//dP)_(T)= -K//P^(2)`
`P=K/V`
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Knowledge Check

  • According to Boyles's law PV = C the value of C depends on. A) Mass of the gas b) Type of gas c) Temperature

    A
    `A,B`
    B
    `B,C`
    C
    `A,C`
    D
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  • Accoding to Boyle's law, the product of pressure and volume is a constant. Hence,

    A
    If volume of lungs is increased, then pressure decreases proportionately
    B
    if volume of lungs is increased, then pressure also increases proportionately
    C
    if volume of lungs is increased, then pressure decreases disproportionately
    D
    if volume of lungs is increased, then pressure remains the same.

  • Accodring to Boyle's law, the product of pressure and volume is a constant. Hence,

    A
    If volume of lungs is increased, the pressure decreases, proportionately
    B
    If volume of lungs is increased, the pressure also increases proportionately
    C
    If volume of lungs is increased, the pressure decreases disprotionately
    D
    If volume of lungs is increased, the pressure remains the same

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