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2001 AIEEE PAPER - 1

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Refer Terms and definition

1 )	moment of inertia and moment of a force

2 )	work and torque

3 )	angular momentum and Planck's constant

4 )	impulse and momentum

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t = ax² + bx
=> Differentiate both side with respect to time (t)
=> dt/dt = 2ax.dx/dt + b.dx/dt
=> 1 = 2axv + bv
=> v.(2ax + b) = 1
=> (2ax + b) = 1/v
=> Again differentiate both side with respect to time (t)
=> 2a.dx/dt = -v^-2 . dv/dt
=> 2av = v^-2 . acceleration
=> acceleration = -2av³

1 )

2 av³

2 )

2 av²

3 )

- 2 abv²

4 )

2 bv³

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Let Car started from point A.
It traveled for distance S with acceleration f. Assume that point is B
AB = S .................... (i)
Using
v² = u² + 2as
v_b² = 0 + 2fS
v_b² = 2fS ..................... (ii)

Next the car traveled for time t at contact speed till point C
So, BC = v_bt = (2fS)^1/2t

Then the car decelerated at f/2 and come to rest till point D
Using
v² = u² + 2as
0 = v_b² - 2.f/2.s_cd
s_cd = v_b²/f = 2S
AB + BC + CD = 3S
=> S + (2fS)^1/2t +2S = 15S
=> (2fS)^1/2t = 12 S
=> 2fSt² = 144 S²
=> S = ft²/72

1 )	S = (1/2) f t²

2 )	S = (1/72) f t²

3 )	S = (1/4) f t

4 )	S = (1/6) f t²

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Acceleration = (change in velocity)/time
change in velocity = Δv
=> Δv = v₂-v₁
=> Δv² = v₂² + v₁² - 2v₁v₂cos90°
=> Δv² = v₂² + v₁² => Δv² = 5² + 5² = 50
=> Δv = 5
=> Acceleration = Δv/ 10 => Acceleration = 5/10 = 1/ North-West

1 )

zero

2 )	(1/)ms^-2 towards north-west

3 )	(1/)ms^-2 towards north-east

4 )	(1/2)ms^-2 towards north

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First case when it takes time = t₁
Horizontol velocity = v_x1
Vertical velocity = v_y1
Using formula: v=u+at in vertical direction
v_y1 = - v_y1 + gt₁
2v_y1 = gt₁ .................. (i)
R = v_x1t₁ .................. (ii)
v_y1² + v_x1² = v² = (gt₁/2)² + (R/t₁)² ....................(iii)

Second case when it takes time = t₂
2v_y2 = gt₂ .................. (iv)
R = v_x2t₂ .................. (v)
v_y2² + v_x2² = v² = (gt₂/2)² + (R/t₂)² ....................(vi)
(iii) and (vi) are equal
=> (gt₁/2)² + (R/t₁)² = (gt₂/2)² + (R/t₂)²
=> (gt₁/2)² + (R/t₁)² + gR = (gt₂/2)² + (R/t₂)² + gR
=> gt₁/2 + R/t₁ = gt₂/2 + R/t₂
=> (g/2)(t₁-t₂) = R(t₁-t₂)/(t₁t₂)
=> t₁t₂ = 2R/g
=> So, t₁t₂ is proportional to R

1 )

1/R

2 )

3 )

R²

4 )

1/R²

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Centripetal force on the particle having circular motion = mω²r.
Anular velocity of all the paricles on the ring is same.
Force on outer particle = F₁ = mω²R₁.
Force on outer particle = F₂ = mω²R₂.
So, F₁/F₂ = R₁/R₂

1 )

2 )

R₁ / R₂

3 )

R₂ / R₁

4 )	(R₁ / R₂)²

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On the smooth surface force acting on the block in incline direction = F₁
F₁ = mgsin45°
Time require to travel distance n = t₁
Using formula : s = ut + 1/2 at²
d = 1/2 . gsin45° . t₁² ...................(i)

On the rough surface force acting on the block in incline direction = F₂
F₂ = mgsin45° - f , where f=frictional force
f = μ_kmgcos45° , where μ_k = coefficient of friction
F₂ = mgsin45° - μmgcos45°
Time require to travel distance n = t₂
d = 1/2 . (gsin45° - μ_k gcos45°) . t₂² ..........(ii)
cos45° = cos45°
Divising (ii) and (i)
1 = [(1-μ_k)t₁²]/[t₂²]
We know that: t₁/t₁ = 1
So, 1 = (1-μ_k)n²
=> μ_k = 1 - 1/n²

1 )	μ_s = 1 - 1/n²

2 )

3 )	μ_k = 1 - 1/n²

4 )

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Let mass of the block = M
Frictional force in incline plane with inclination Φ = μMgcosΦ
Force due to gravity in the incline plane = MgsinΦ
So acceleration in smooth plane = gsinΦ
Retardation in rough plane = μgcosΦ - gsinΦ
The block will come to rest if acceleration = retardation
gsinΦ = μgcosΦ - gsinΦ
=> μ = 2tanΦ

1 )

2 tan Φ

2 )

tan Φ

3 )

2 sin Φ

4 )

2 cos Φ

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Suppose velocity of the bullet is 2y at the time of penetrating the wall
So velocity of the bullet at distance 3cm will be = y
Using, v² = u² + 2as
=> u² = 4u² + 6a
=> a = -u²/2
Let the bullet further penetrate a distance = x
Using, v² = u² + 2as
0 = u² - 2.u²/2.x
=> x = 1

1 )

1.5 cm

2 )

1.0 cm

3 )

3.0 cm

4 )

2.0 cm

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Let the velocity of the parachutist after 50 m = y
Using, v² = u² + 2as
y² = 2gs = 2 × 9.81 × 50
Suppose he bailed out at height = h
Using, v² = u² + 2as
9 = y² - 2 × 2 × (h-50)
=> 2 × 9.81 × 50 - 9 = 4(h-50)
=> 4(h-50) = 981 - 9 = 972
=> h = 243 + 50 = 293

1 )

293 m

2 )

111 m

3 )

91 m

4 )

182 m

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F = -kx
=> ma = -kx
=> 0.3a = -15x
=> a = 50x
=> a = - 50 × 0.2
=> a = - 10 ms^-2

1 )

5 m/s²

2 )

10 m/s²

3 )

3 m/s²

4 )

15 m/s²

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Let the velocity of the body at the time of collision = v
1/2 Mv² = 1/2 kL²
=> M²v² = MkL²
=> Mv = momemtum = L

1 )

zero

2 )

ML²/K

3 )

4 )	( KL² ) / ( 2M )

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Initial momemtum = final momentum
Initial momemtum = mV = mVi
Final velocity of mass1 m in i direction = V_x
Final velocity of mass1 m in j direction = V_y Final momemtum of mass1 m = mV_xi + mV_yj
Final momemtum of mass2 m = mv/j
mvi = mV_xi + mV_yj + mv/j => mv_xi + mV_yj = mvi - mV/j
=> mv_xi + mV_yj = mvi - mV/j
=> V_x = V
=> V_y = -V/
=> V_final² = 1+1/3 = 4/3
=> V_final = 2 V /

1 )

2 V /

2 )

V /

3 )

4 )

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Initial energy = Final energy
Initial energy = mgh = 100mg
Final energy = 1/2mv² + mgh = 1/2mv² + 20mg
So, 100mg = 1/2mv² + 20mg
=> v² = 80g × 2 = 1600
=> v = 40 m/s

1 )

10 m/s

2 )

m/s

3 )

40 m/s

4 )

20 m/s

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If the incline surface is not moving then
acceleration of the block in inclined plane direction = gsinα

Suppose acceleration of the surface is "a" to keep the block stationary
Due to acceleration of the surface, acceleration block = acosα
In order to keep the block stationary :
acosα = gsinα
a = gtanα

1 )

2 )

g tan α

3 )

g / tan α

4 )

g cosec α

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Mass of semicircular disc = M
Suppose there is a circular disc of mass 2M, then
Moment of intertia of circular disc = 1/2(2M)R²
Moment of intertia of circular disc = 1/2(2M)R² = MR²
=> So, Moment of intertia of semi-circular disc = (1/2)MR²

1 )

Mr²

2 )

(1/2)Mr²

3 )

(1/4)Mr²

4 )

(2/5)Mr²

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The only force that acts on the body A is gravitational force.
There is no force acting perpendicular to the gravitational force.
So the center of the mass of B and C will not shift.

1 )

body C

2 )

body B

3 )	depends on height of breaking

4 )	does not shift

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Let distance of P from C is = y
P must be the center of mass of the T shaped object.
Assume mass per unit length = 1
So, [M_ab × (2l-y)] + [M_(2l-y) × (2l-y)/2] = [M_y × y/2[
=> l × (2l-y) + (2l-y) × (2l-y)/2 = y × y/2
=> 4l² - 2ly + (2l-y)² = y²
=> 8l² -2ly - 4ly = 0
=> 8l² -6ly = 0
=> y = 4l/3

1 )

(4/3) L

2 )

3 )

(2/3)L

4 )

(3/2)L

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Acceleration due to gravity at a depth 'd' from earth surface is :

g_d = g(1- d )

R

Acceleration due to gravity at height 'h' from earth surface is :
h is very much smaller than R

g_h = g(1- 2h )

R

g_h = g_d
By solving it , d=2h

1 )

d = 2h

2 )

d = h

3 )

d = h / 2

4 )	d = 3 h / 2

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Work Done = GMm = 6.67 × 10^-11 × 100 × 0.01 = 6.67 × 10^-10

R 0.1

1 )	6.67 x 10^-9 J

2 )	6.67 x 10^-10 J

3 )	13.34 x 10^-10 J

4 )	3.33 x 10^-10 J

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Capillary action
The height to which the liquid can be lifted is given by:

h = 2γcosθ

ρgr

where,
γ: liquid-air surface tension(T)(T=energy/area)
θ: contact angle
ρ: density of liquid
g: acceleration due to gravity
r: is radius of tube

When entire arrangement is freely falling then relative acceleration = 0
So, Water will rise to the full length of capillary tube i.e. 20cm

1 )

4 cm

2 )

20 cm

3 )

8 cm

4 )

10 cm

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1 )

2 Y / S²

2 )

S / (2Y)

3 )

2 S² Y

4 )

S² / (2Y)

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1 )	is directly proportional to g

2 )	is inversely proportionally to g

3 )	does not depend on g

4 )	is a complex function of g

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1 )	(1/2) . (mv²/T²) . t

2 )	(1/2) . (mv²/T²) . t²

3 )	(mv²/T²) . t

4 )	(mv²/T²) . t²

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1 )

100 m

2 )

400 m

3 )

800 m

4 )

1000 m

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1 )	It introduces the concept of the internal energy

2 )	It introduces the concept of the entropy

3 )	It is not applicable to any cyclic process

4 )	It is a restatement of the principle of conservation of energy

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1 )

1 / 3

2 )

2 / 3

3 )

1 / 2

4 )

1 / 4

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1 )	r₁ r₂ / ( r₂ - r₁ )

2 )	( r₂ - r₁ )

3 )	( r₂ - r₁ ) / ( r₁ r₂ )

4 )	ln (r₂ / r₁)

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1 )

ΔU₂ > ΔU₂

2 )

ΔU₂ < ΔU₂

3 )

ΔU₂ = ΔU₂

4 )	relation between ΔU₁ and ΔU₂ can not be determined

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1 )

1.4

2 )

1.54

3 )

1.59

4 )

1.62

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1 )

18 mm

2 )

12 mm

3 )

6 mm

4 )

9 mm

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1 )

0.5 eV

2 )

0.7 eV

3 )

1.1 eV

4 )

2.5 eV

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1 )	decrease by a factor of 2

2 )	increase by a factor of 2

3 )	decrease by a factor of 4

4 )	increase by a factor of 4

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1 )

5 minutes

2 )	7¹/₂ minutes

3 )	10 minutes

4 )	15 minutes

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1 )

4 fermi

2 )

5 fermi

3 )

6 fermi

4 )

8 fermi

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1 )

2 )

3 )

III

4 )

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1 )

2 )

3 )

1/2

4 )

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1 )

2 )

π/2

3 )

π/4

4 )

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1 )

100 Hz

2 )

70.7 Hz

3 )

50 Hz

4 )

25 Hz

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1 )

2 )

3 )

4 )

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1 )	a simple harmonic motion with a period 2p/ω

2 )	a simple harmonic motion with a period p/ω

3 )	a periodic, but not simple harmonic motion with a period 2p/ω

4 )	a periodic, but not simple harmonic motion with a period p/ω

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1 )	straight line

2 )

parabola

3 )

hyperbola

4 )

circle

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1 )

- π/3

2 )

π/6

3 )

- π/6

4 )

π/3

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1 )

2 )

3 )

4 )

36/

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1 )

6 m

2 )

3 m

3 )

5 m

4 )

1 m

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1 )

25 D

2 )

-25 D

3 )

1 D

4 )

-1 D

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1 )

196 Hz

2 )

204 Hz

3 )

200 Hz

4 )

202 Hz

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1 )

2πα

2 )

2π

3 )

2π/α

4 )

2π/

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1 )	remain unchanged

2 )	increase towards a saturation value

3 )	first increase and then decrease to the original value

4 )	first decrease and then increase to the original value

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1 )

5 %

2 )

20 %

3 )

zero

4 )

0.5 %

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1 )

I₀

2 )

I₀/2

3 )

2 I₀

4 )

4 I₀

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1 )

zero

2 )

I₀

3 )

(1/2) I₀

4 )

(1/4) I₀

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1 )

sin θ

2 )

tan θ

3 )

cos θ

4 )

cot θ

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1 )

8 L

2 )

4 L

3 )

2 L

4 )

L / 2

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1 )

zero

2 )

3 )

4 )

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1 )

2 )

3 )

(n - 1)C

4 )

(n + 1)C

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1 )

msΔT/C

2 )

3 )

4 )

mCΔT/s

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1 )

zero

2 )

2BlV

3 )

BlV

4 )

- BlV

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1 )	one fourth

2 )

halved

3 )

doubled

4 )	four times

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1 )	attract each other with a force of μ₀i²/(2πd²)

2 )	repel each other with a force of μ₀i²/(2πd²)

3 )	attract each other with a force of μ₀i²/(2πd )

4 )	repel each other with a force of μ₀i²/(2πd )

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1 )

99995

2 )

9995

3 )

10³

4 )

10⁵

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1 )	q . (z₁/z₂)

2 )	q . (z₂/z₁)

3 )	( q )/(1 + (z₁/z₂) )

4 )	( q )/(1 + (z₂/z₁) )

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1 )

500 Ω

2 )

1000 Ω

3 )

200 Ω

4 )

100 Ω

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1 )	R = (R₁ . R₂) / (R₁ + R₂)

2 )	R = (R₁ . R₂) / (R₂ - R₁)

3 )	R = R₂ . ( (R₁ + R₂)/(R₂ - R₁) )

4 )	R = R₂ - R₁

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1 )

5 x 10^-5

2 )

7 x 10^-5

3 )	12 x 10^-5

4 )

10^-5

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1 )

2πqB / m

2 )	2πm / (qB)

3 )

2πmq / B

4 )

2πq²B / m

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1 )

4 Ω

2 )

2 Ω

3 )

1 Ω

4 )

0.5 Ω

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1 )

400 Ω

2 )

200 Ω

3 )

40 Ω

4 )

20 Ω

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1 )	a force and a torque

2 )	a force but not a torque

3 )	a torque but not a force

4 )	neither a force nor a torque

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1 )	it will turn towards right of direction of motion

2 )	it will turn towards left of direction of motion

3 )	its velocity will decrease

4 )	its velocity will increase

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1 )

0.15 s

2 )

0.3 s

3 )

0.05 s

4 )

0.1 s

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1 )

1 μF

2 )

2 μF

3 )

4 μF

4 )

8 μF

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1 )

zero

2 )	non-zero but less than the resistance of the load

3 )	equal to the resistance of the load

4 )	very large as compared to the load resistance

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1 )

1.25

2 )

0.125

3 )

0.8

4 )

0.4

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1 )

L, C

2 )

L along

3 )

C alone

4 )

R, L

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1 )

CaO

2 )

CO₂

3 )

SiO₂

4 )

SnO₂

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1 )

He₂⁺

2 )

H₂

3 )

H₂⁺

4 )

H₂^-

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1 )

1 + α

2 )

1 - α

3 )

1 + 2α

4 )

1 - 2α

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1 )

+ 3

2 )

+ 2

3 )

+ 1

4 )

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1 )	nuclear fission

2 )	natural radioactivity

3 )	nuclear fusion

4 )	artificial radioactivity

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1 )

2 )

A₂B

3 )

AB₃

4 )

A₃B

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1 )	-ve, > 1, +ve

2 )	+ve, > 1, -ve

3 )	-ve, <1, -ve

4 )	-ve, >1, -ve

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1 )

Teflon

2 )

Nylon-66

3 )

Terylene

4 )

Bakelite

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1 )

Analgesic

2 )	Antipyretic

3 )	Antibiotic

4 )	Tranquiliser

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1 )	Chemically reactive

2 )	Chemicaly inactive

3 )

Anions

4 )

Cations

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1 )	Charge on the ion only

2 )	Size of the ion only

3 )	Packing of ions only

4 )	Charge on the ion and size of the ion

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1 )	0.1 M acetic acid

2 )	0.1 M chloroacetic acid

3 )	0.1 M fluoroacetic acid

4 )	0.1 M difluoroacetic acid

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1 )	5.49 x 10⁷ C of electricity

2 )	1.83 x 10⁷ C of electricity

3 )	5.49 x 10⁴ C of electricity

4 )	5.49 x 10¹ C of electricity

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1 )

E_b < E_f

2 )

E_b > E_f

3 )

E_b = E_f

4 )	there is no definite relation between E_b and E_f

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1 )

ΔH = 0

2 )

ΔH = ΔU

3 )

ΔH < ΔU

4 )

ΔH > ΔU

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1 )	The most probable speed increases

2 )	The fraction of the molecules with the most probable speed increases

3 )	The distribution becomes broader

4 )	The area under the distribution curve remains the same as under the lower temperature

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1 )	V_c / V_s ≈ 1

2 )	V_c / V_s ≈ 10²³

3 )	V_c / V_s ≈ 10^-3

4 )	V_c / V_s ≈ 10³

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1 )	2.0 x 10^-6 M

2 )	1.0 x 10^-4 M

3 )	1.6 x 10^-4 M

4 )	4.0 x 10^-10 M

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1 )

2 )

3 )

37.5

4 )

53.5

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1 )	Increasing the temperature

2 )	Removing Cl₂

3 )	Increasing the volume of the container

4 )

Adding F₂

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1 )

1.20 M

2 )

1.50 M

3 )

1.344 M

4 )

2.70 M

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1 )	K_p is greater than K_c

2 )	K_p is less than K_c

3 )

K_p = K_c

4 )	Whether K_p is greater than, less than or equal to K_c depends upon the total gas pressure

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1 )	3.98 x 10⁸

2 )	3.88 x 10⁶

3 )	3.68 x 10^-6

4 )	3.98 x 10^-6

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1 )	unimolecular reaction

2 )	first order reaction

3 )	second order reaction

4 )	bimolecular reaction

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1 )	decrease twice

2 )	increase two fold

3 )	remain unchanged

4 )	be a function of the molecular mass of the substance

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1 )	(a) and (b)

2 )	(b) and (c)

3 )	(c) and (d)

4 )	(d) and (e)

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1 )

Sn and Ag

2 )

Pb and Zn

3 )

Ag and Au

4 )

Fe and Ni

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103)

Electrolyte	KCl	KNO₃	HCl	NaOAc	NaCl
A^∞(S cm² mol^-1)	149.9	145.0	426.2	91.0	126.5

Calculate Δ^∞_HOAc using appropriate molar conductances of the electrolytes listed above at infinite dilution in H₂O at 25^°C

1 )

517.2

2 )

552.7

3 )

390.7

4 )

217.5

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1 )	exothermic

2 )	endothermic

3 )	one with negligible enthalpy change

4 )	highly spontaneous at ordinary temperature

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1 )	Magnesium chloride solution coagulates, the gold sol more readily than the iron (III) hydroxide sol.

2 )	Sodium sulphate solution causes coagulation in both sols

3 )	Mixing the sols has no effect

4 )	Coagulation in both sols can be brought about by electrophoresis

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1 )

LiCl

2 )

NaCl

3 )

KCl

4 )

RbCl

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1 )

Cu + SO₂

2 )

Cu + SO₃

3 )

CuO + CuS

4 )

Cu₂SO₃

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1 )	the same with 2, 0 and 1 lone pairs of electrons

2 )	the same with 1, 1 and 1 lone pair of electrons on the central atoms, respectively

3 )	different with 0, 1 and 2 lone pairs of electrons on the central atom, respectively

4 )	different with 1, 0 and 2 lone pairs of electrons on the central atom, respectively

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1 )	One sigma, one pi

2 )	One sigma, two pi

3 )	Two sigma, one pi

4 )	Two sigma, two pi

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1 )

2 )

3 )

4 )

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1 )

zero

2 )

two

3 )

one

4 )

three

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1 )

O₂

2 )

H₂O

3 )

O^-

4 )

O^2-

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1 )	HI > HBr > HCl > HF

2 )	HF > HCl > HBr > HI

3 )	HCl < HF > HBr < HI

4 )	HI > HCl < HF > HBr

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1 )

AlCl₃

2 )

Al₂Cl₆

3 )

Al₂O₃

4 )

Al(OH)Cl₂

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1 )

HgNH₂Cl

2 )	NH₂-Hg-Hg-Cl

3 )

Hg₂O

4 )

HgO

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1 )	Al³⁺ < Mg²⁺ < Na⁺ < F^- : Increaing ionic size

2 )	B < C < N < O : Increasing first ionization enthalpy

3 )	I < Br < F < Cl : Increasing electron gain enthalpy (with negative sign)

4 )	Li < Na < K < Rb : Increasing metallic radius

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1 )	each silicon atom is surrounded by four oxygen atoms and each oxygen atom is bonded to two silicon atoms

2 )	each silicon atom is surrounded by two oxygen atoms and each oxygen atom is bonded to two silicon atoms

3 )	silicon atom is bonded to two oxygen atoms

4 )	there are double bonds between silicon and oxygen atoms

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1 )	PO₄^3- , SO₄^2- , Cl₄^-

2 )	CN^-, N₂, C₂^2-

3 )	BO₃^3- , CO₃^3- , NO₃^-

4 )	SO₃^2- , CO₃^2- , NO₃^-

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1 )	Zr and Y have about the same radius

2 )	Zr and Nb have similar oxidation state

3 )	Zr and Hf have about the same radius

4 )	Zr and Zn have the same oxidation state

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2 )	Potassium hexacyanoferrate (II) 1

3 )	Potassium hexacyanoiron (II)

4 )	Tripotassium hexacyanoiron (II)

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2 )	[Cu(NH₃)₂]²⁺ 1 4]^2-

3 )	[Cr(C₂₄O₄)₃]^3-

4 )	[Co(CN)₆]^3-

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2 )	[Cr(CN)₆]^3- 1 6]^3-

3 )	[Fe(CN)₆]^3-

4 )	[Co(CN)₆]^3-

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1 )	1-bromo-2-methylbutane

2 )	2-bromo-2-methylbutane

3 )	2-bromo-3-methylbutane

4 )	1-bromo-3-methylbutane

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1 )	the isotope of parent nucleus

2 )	the isobear of parent nucleus

3 )	the nuclide ₁₁²³ Na

4 )	the isobar of ₁₁²³ Na

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1 )	Acidic permanganate

2 )	Acidic dichromate

3 )	Chromic anhydride in glacial acetic acid

4 )	Pyridinium chloro-chromate

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1 )	insolubility

2 )	instability

3 )	inductive effect

4 )	steric hindrace

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1 )	C^'₅ and C^'₂ respectively of the sugar molecule

2 )	C^'₂ and C^'₅ respectively of the sugar molecule

3 )	C^'₁ and C^'₅ respectively of the sugar molecule

4 )	C^'₅ and C^'₁ respectively of the sugar molecule

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1 )	3-bromobutene under kinetically controlled conditions

2 )	1-bromo-2-butene under thermodynamically controlled conditions

3 )	3-bromobutene under thermodynamically controlled conditions

4 )	1-bromo-2-butene under kinetically controlled conditions

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1 )

CH₃COOH

2 )

HCOOH

3 )	(CH₃)₂CH - COOH

4 )	CH₃CH₂COOH

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1 )	(a), (b), (c), (d)

2 )	(d), (c), (b), (a)

3 )	(b), (c), (a), (d)

4 )	(c), (b), (a), (d)

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1 )	Hinsberg method

2 )	Hofmann method

3 )	Wurtz reaction

4 )	Curtius reaction

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1 )

Neoprene

2 )

Teflon

3 )

Thiokol

4 )

PVC

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1 )

n-hexane

2 )	2, 3-dimethylbutane

3 )	2, 2-dimethylbutane

4 )	2-methylpentane

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1 )

alkenes

2 )	alkyl copper halides

3 )

alkanes

4 )	alkenyl halides

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1 )	primary alcohol

2 )	secondary or tertiary alcohol

3 )	mixture of primary and secondary alcohols

4 )	mixture of secondary and tertiary alcohols

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1 )	benzylamine

2 )

aniline

3 )	acetanilide

4 )	p-nitroaniline

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1 )

Diastereo

2 )

Optical

3 )

Geometric

4 )	Sturctural

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1 )

2 )

NH₂

3 )

OC₂H₅

4 )

OCOR

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1 )	equimolar mixture of 1 and 2-butene

2 )	predominantly 2-butene

3 )	prdominantly 1-butene

4 )	predominantly 2-butyne

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1 )	Same boiling point but different freezing point

2 )	Same freezing point but different boiling point

3 )	Same boiling and same freezing points

4 )	Different boiling and different freezing points

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1 )	3s orbital is lower in energy than 3p orbital

2 )	3p orbital is lower in energy than 3d orbital

3 )	3s and 3p orbitals are of lower energy than 3d orbital

4 )	3s, 3p and 3d orbitals all have the same energy

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1 )	four 2c-2e bonds and two 3c-2e bonds

2 )	two 2c-2e bonds and four 3c-2e bonds

3 )	two 2c-2e bonds and two 3c-3e bonds

4 )	four 2c-2e bonds and four 3c-2e bonds

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1 )	d⁴ (in strong ligand field)

2 )	d⁴ (in weak ligand field)

3 )	d³ (in weak as well as in strong fields)

4 )	d⁵ (in strong ligand field)

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1 )	Poor shielding of one of 4f electron by another in the subshell

2 )	Effective shielding of one of 4f electrons by another in the subshell

3 )	Poorer shielding of 5d electrons by 4f electrons

4 )	Greater shielding of 5d electron by 4f electrons

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1 )	a Schiff's base

2 )	an enamine

3 )

an imine

4 )

an amine

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1 )

2 )

3 )

4 )

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1 )

CH₃NCO

2 )

CH₃CONH₂

3 )

(NH2)₂CO

4 )	CH₃CH₂CONH₂

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1 )	100 kJ mol^-1

2 )	200 kJ mol^-1

3 )	300 kJ mol^-1

4 )	400 kJ mol^-1

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1 )

0.10 / K

2 )

0.29 / K

3 )

0.69 / K

4 )

0.75 / K

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1 )

0.30

2 )

0.18

3 )

0.17

4 )

0.11

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1

1

2

2

2

2

3

1

2

1

2

3

1

3

2

2

4

1

1

2

2

4

1

3

4

2

1

1

3

4

2

1

4

1

3

3

1

1

1

4

2

3

3

4

-

-

1

4

3

2

1

3

2

3

4

3

2

2

3

3

2

4

4

4

1

2

2

3

1

3

4

1

4

3

4

4

2

3

1

3

3

1

2

2

1

4

4

1

1

3

2

4

2

1

4

3

1

4

1

2

4

3

3

1

3

1

1

4

2

4

2

4

2

3

1

2

1

3

3

2

3

4

2

3

4

4

3

2

2

3

3

2

2

3

2

1

2

1

2

3

1

1

1

3

2

2

3

2

2

4

Final result and score
Q No	Ans	Correct Ans	Score	Q No	Ans	Correct Ans	Score
1	-		0	2	-		0
3	-		0	4	-		0
5	-		0	6	-		0
7	-		0	8	-		0
9	-		0	10	-		0
11	-		0	12	-		0
13	-		0	14	-		0
15	-		0	16	-		0
17	-		0	18	-		0
19	-		0	20	-		0
21	-		0	22	-		0
23	-		0	24	-		0
25	-		0	26	-		0
27	-		0	28	-		0
29	-		0	30	-		0
31	-		0	32	-		0
33	-		0	34	-		0
35	-		0	36	-		0
37	-		0	38	-		0
39	-		0	40	-		0
41	-		0	42	-		0
43	-		0	44	-		0
45	-		0	46	-		0
47	-		0	48	-		0
49	-		0	50	-		0
51	-		0	52	-		0
53	-		0	54	-		0
55	-		0	56	-		0
57	-		0	58	-		0
59	-		0	60	-		0
61	-		0	62	-		0
63	-		0	64	-		0
65	-		0	66	-		0
67	-		0	68	-		0
69	-		0	70	-		0
71	-		0	72	-		0
73	-		0	74	-		0
75	-		0	76	-		0
77	-		0	78	-		0
79	-		0	80	-		0
81	-		0	82	-		0
83	-		0	84	-		0
85	-		0	86	-		0
87	-		0	88	-		0
89	-		0	90	-		0
91	-		0	92	-		0
93	-		0	94	-		0
95	-		0	96	-		0
97	-		0	98	-		0
99	-		0	100	-		0
101	-		0	102	-		0
103	-		0	104	-		0
105	-		0	106	-		0
107	-		0	108	-		0
109	-		0	110	-		0
111	-		0	112	-		0
113	-		0	114	-		0
115	-		0	116	-		0
117	-		0	118	-		0
119	-		0	120	-		0
121	-		0	122	-		0
123	-		0	124	-		0
125	-		0	126	-		0
127	-		0	128	-		0
129	-		0	130	-		0
131	-		0	132	-		0
133	-		0	134	-		0
135	-		0	136	-		0
137	-		0	138	-		0
139	-		0	140	-		0
141	-		0	142	-		0
143	-		0	144	-		0
145	-		0	146	-		0
147	-		0	148	-		0
149	-		0	150	-		0
Final score : 0

Answer sheet
Q No	Ans	For review	Q No	Ans	For review
1			2
3			4
5			6
7			8
9			10
11			12
13			14
15			16
17			18
19			20
21			22
23			24
25			26
27			28
29			30
31			32
33			34
35			36
37			38
39			40
41			42
43			44
45			46
47			48
49			50
51			52
53			54
55			56
57			58
59			60
61			62
63			64
65			66
67			68
69			70
71			72
73			74
75			76
77			78
79			80
81			82
83			84
85			86
87			88
89			90
91			92
93			94
95			96
97			98
99			100
101			102
103			104
105			106
107			108
109			110
111			112
113			114
115			116
117			118
119			120
121			122
123			124
125			126
127			128
129			130
131			132
133			134
135			136
137			138
139			140
141			142
143			144
145			146
147			148
149			150

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