MCQ
Density $vs$ volume graph is shown in the figure. Find corresponding pressure $vs$ temperature graph
- A
- B
- ✓
- D
✓
Answer
Correct option: C.
c
process $BC$ and $AD$ is shown by a dot in $(\rho -V)$ curve.
process $BC$ and $AD$ is shown by a dot in $(\rho -V)$ curve.
It means $BC$ and $AD$ is a isochoric process. So, option $(3)$ is correct
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
The $x$ - $t$ equation is given as $x=2 t+1$ The corresponding $v-t$ graph is
→A cylinder stands vertical in two immiscible liquids of densities $\rho$ and $2 \rho$. The height of two liquids are shown. Find the difference in pressure at point $A$ and $B$
→If the gravitational field in the space is given as $\left(-\frac{ K }{ r ^2}\right)$. Taking the reference point to be at $r =2\,cm$ with gravitational potential $V =10\,J / kg$. Find the gravitational potential at $r =3\,cm$ in $SI$ unit (Given, that $K =6\,J cm / kg$ )
→Two forces $\text{F}_1=3\hat{\text{i}}-4\hat{\text{j}}$ and $\text{F}_2=2\hat{\text{i}}-3\hat{\text{j}}$ are acting upon a body of mass 2kg. Find the force F, which when acting on the body will make it stable.
→If $\rho $ is the density of the material of a wire and $\sigma $ is breaking stress, the greatest length of the wire that can hang freely without breaking is
→The displacement equation of a particle is $x = 3\sin 2t + 4\cos 2t.$ The amplitude and maximum velocity will be respectively
→A Body moves $6\, m$ north. $8 \,m$ east and $10\;m$ vertically upwards, what is its resultant displacement from initial position
→Speed of sound wave in air:
- Is independent of temperature.
- Increases with pressure.
- Increases with increase in humidity.
- Decreases with increase in humidity.
Figure shows the displacement of a particle going along the X-axis as a function of time. The force acting on the particle is zero in the region:
- AB
- BC
- CD
- DE
A body of mass $2\,kg$ is initially at rest. It starts moving unidirectionally under the influence of a source of constant power P. Its displacement in $4\,s$ is $\frac{1}{3} \alpha^2 \sqrt{ P } m$. The value of $\alpha$ will be $.............$
→