KC+CET PYQs for Distance and Displacement with Solutions: Practice KCET Previous Year Questions

Updated on - Feb 16, 2026

Distance and Displacement is an important topic in the Physics section in KCET exam. Practising this topic will increase your score overall and make your conceptual grip on KCET exam stronger.

This article gives you a full set of KCET PYQs for Distance and Displacement with explanations for effective preparation. Practice of KCET Physics PYQs including Distance and Displacement questions regularly will improve accuracy, speed, and confidence in the KCET 2026 exam.

KCET PYQs for Distance and Displacement with Solutions

1.
The displacement-time graphs of two moving particles make angles of $30^{\circ}$ and $45^{\circ}$ with the time $X$ -axis The ratio of their velocities is
- $\sqrt{3}:2$
- $1 : 1$
- $1 : 2$
- $1:\sqrt{3}$
View Solution
2.
A luminous point object O is placed at a distance 2R from the spherical boundary separating two transparent media of refractive indices n₁ and n₂ as shown, where R is the radius of curvature of the spherical surface. If $n_1=\frac{4}{3}, n_2=\frac{3}{2}$ and R =10 cm, the image is obtained at a distance from P equal to
- 30 cm in the rarer medium
- 30 cm in the denser medium
- 18 cm in the rarer medium
- 18 cm in the denser medium
View Solution
3.
Three polaroid sheets are co-axially placed as indicated in the diagram. Pass axes of the polaroids 2 and 3 make 30^o and 90^o with pass axis of polaroid sheet 1. If I₀ is the intensity of the incident unpolarised light entering sheet 1, the intensity of the emergent light through sheet 3 is
- zero
- $\frac{3I_0}{32}$
- $\frac{3I_0}{8}$
- $\frac{3I_0}{16}$
View Solution
4.
An equiconvex lens of radius of curvature 14 cm is made up of two different materials. Left half and right half of vertical portion is made up of material of refractive index 1.5 and 1.2 respectively as shown in the figure. If a point object is placed at a distance of 40 cm , calculate the image distance.
- 25 cm
- 50 cm
- 35 cm
- 40 cm
View Solution
5.
An athlete runs along a circular track of diameter 80m. The distance travelled and the magnitude of displacement of the athlete when he covers $\frac{3^{th}}{4}$ of the circle is ( in m)
- $60\pi,40\sqrt2$
- $40\pi,60\sqrt2$
- $120\pi,80\sqrt2$
- $80\pi,120\sqrt2$
View Solution
6.
In alpha particle scattering experiment, if v is the initial velocity of the particle, then the distance of closest approach is d. If the velocity is doubled, then the distance of closest approach becomes
- 4 d
- 2 d
- $\frac{d}{2}$
- $\frac{d}{4}$
View Solution

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KCET PYQs for Distance and Displacement with Solutions: Practice KCET Previous Year Questions

KCET PYQs for Distance and Displacement with Solutions

1.
The displacement-time graphs of two moving particles make angles of $30^{\circ}$ and $45^{\circ}$ with the time $X$ -axis The ratio of their velocities is

3.
Three polaroid sheets are co-axially placed as indicated in the diagram. Pass axes of the polaroids 2 and 3 make 30^o and 90^o with pass axis of polaroid sheet 1. If I₀ is the intensity of the incident unpolarised light entering sheet 1, the intensity of the emergent light through sheet 3 is

5.
An athlete runs along a circular track of diameter 80m. The distance travelled and the magnitude of displacement of the athlete when he covers \(\frac{3^{th}}{4}\) of the circle is ( in m)

6.
In alpha particle scattering experiment, if v is the initial velocity of the particle, then the distance of closest approach is d. If the velocity is doubled, then the distance of closest approach becomes

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KCET PYQs for Distance and Displacement with Solutions

1.The displacement-time graphs of two moving particles make angles of $30^{\circ}$ and $45^{\circ}$ with the time $X$ -axis The ratio of their velocities is

3.Three polaroid sheets are co-axially placed as indicated in the diagram. Pass axes of the polaroids 2 and 3 make 30o and 90o with pass axis of polaroid sheet 1. If I0 is the intensity of the incident unpolarised light entering sheet 1, the intensity of the emergent light through sheet 3 is

5.An athlete runs along a circular track of diameter 80m. The distance travelled and the magnitude of displacement of the athlete when he covers \(\frac{3^{th}}{4}\) of the circle is ( in m)

6.In alpha particle scattering experiment, if v is the initial velocity of the particle, then the distance of closest approach is d. If the velocity is doubled, then the distance of closest approach becomes

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1.
The displacement-time graphs of two moving particles make angles of $30^{\circ}$ and $45^{\circ}$ with the time $X$ -axis The ratio of their velocities is

3.
Three polaroid sheets are co-axially placed as indicated in the diagram. Pass axes of the polaroids 2 and 3 make 30^o and 90^o with pass axis of polaroid sheet 1. If I₀ is the intensity of the incident unpolarised light entering sheet 1, the intensity of the emergent light through sheet 3 is

5.
An athlete runs along a circular track of diameter 80m. The distance travelled and the magnitude of displacement of the athlete when he covers \(\frac{3^{th}}{4}\) of the circle is ( in m)

6.
In alpha particle scattering experiment, if v is the initial velocity of the particle, then the distance of closest approach is d. If the velocity is doubled, then the distance of closest approach becomes