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# Sample Solution Paper 6: Physics, Class 11 Notes | EduRev

## Class 11 : Sample Solution Paper 6: Physics, Class 11 Notes | EduRev

``` Page 1

CBSE  | Physics
Sample Paper 6 Solution

CBSE Board
Class XI Physics
Sample Paper-6 Solution

1.
[ML
2
T
2
].

2.

3.
T1 < T2 < T3

4.
Since, the value of acceleration due to gravity â€˜g' is less on moon, escape velocity on
surface of the moon is small and so the molecules of gases escape from the surface of the
moon.

5.

o
o
O
O
o
o
K= C+273
216.55-273= C
C=-56.55
9
C+32= F
5
9
(-56.55)+32= F
5
F=-69.8
?
?
?
?

Page 2

CBSE  | Physics
Sample Paper 6 Solution

CBSE Board
Class XI Physics
Sample Paper-6 Solution

1.
[ML
2
T
2
].

2.

3.
T1 < T2 < T3

4.
Since, the value of acceleration due to gravity â€˜g' is less on moon, escape velocity on
surface of the moon is small and so the molecules of gases escape from the surface of the
moon.

5.

o
o
O
O
o
o
K= C+273
216.55-273= C
C=-56.55
9
C+32= F
5
9
(-56.55)+32= F
5
F=-69.8
?
?
?
?

CBSE  | Physics
Sample Paper 6 Solution

6.

7.
Those materials for which stress-strain variation is not a straight line within elastic limit
e.g. Rubber.

8.

9.

OR

Page 3

CBSE  | Physics
Sample Paper 6 Solution

CBSE Board
Class XI Physics
Sample Paper-6 Solution

1.
[ML
2
T
2
].

2.

3.
T1 < T2 < T3

4.
Since, the value of acceleration due to gravity â€˜g' is less on moon, escape velocity on
surface of the moon is small and so the molecules of gases escape from the surface of the
moon.

5.

o
o
O
O
o
o
K= C+273
216.55-273= C
C=-56.55
9
C+32= F
5
9
(-56.55)+32= F
5
F=-69.8
?
?
?
?

CBSE  | Physics
Sample Paper 6 Solution

6.

7.
Those materials for which stress-strain variation is not a straight line within elastic limit
e.g. Rubber.

8.

9.

OR

CBSE  | Physics
Sample Paper 6 Solution

10.

11.

Page 4

CBSE  | Physics
Sample Paper 6 Solution

CBSE Board
Class XI Physics
Sample Paper-6 Solution

1.
[ML
2
T
2
].

2.

3.
T1 < T2 < T3

4.
Since, the value of acceleration due to gravity â€˜g' is less on moon, escape velocity on
surface of the moon is small and so the molecules of gases escape from the surface of the
moon.

5.

o
o
O
O
o
o
K= C+273
216.55-273= C
C=-56.55
9
C+32= F
5
9
(-56.55)+32= F
5
F=-69.8
?
?
?
?

CBSE  | Physics
Sample Paper 6 Solution

6.

7.
Those materials for which stress-strain variation is not a straight line within elastic limit
e.g. Rubber.

8.

9.

OR

CBSE  | Physics
Sample Paper 6 Solution

10.

11.

CBSE  | Physics
Sample Paper 6 Solution

12.

13.
Gravitational potential at a point in a gravitational field of a body is defined as the amount
of work done in bringing a body of unit mass from infinity to that point without
acceleration. Its SI unit is J-kg
-1
.

14.

15.
(i) Because work done against friction is converted into heat. Due to which the gas in tyre
gets heated and hence pressure of gas increases as at constant volume.

(ii) Because heat absorbed by a substance is directly proportional to specific heat of
substance.

Page 5

CBSE  | Physics
Sample Paper 6 Solution

CBSE Board
Class XI Physics
Sample Paper-6 Solution

1.
[ML
2
T
2
].

2.

3.
T1 < T2 < T3

4.
Since, the value of acceleration due to gravity â€˜g' is less on moon, escape velocity on
surface of the moon is small and so the molecules of gases escape from the surface of the
moon.

5.

o
o
O
O
o
o
K= C+273
216.55-273= C
C=-56.55
9
C+32= F
5
9
(-56.55)+32= F
5
F=-69.8
?
?
?
?

CBSE  | Physics
Sample Paper 6 Solution

6.

7.
Those materials for which stress-strain variation is not a straight line within elastic limit
e.g. Rubber.

8.

9.

OR

CBSE  | Physics
Sample Paper 6 Solution

10.

11.

CBSE  | Physics
Sample Paper 6 Solution

12.

13.
Gravitational potential at a point in a gravitational field of a body is defined as the amount
of work done in bringing a body of unit mass from infinity to that point without
acceleration. Its SI unit is J-kg
-1
.

14.

15.
(i) Because work done against friction is converted into heat. Due to which the gas in tyre
gets heated and hence pressure of gas increases as at constant volume.

(ii) Because heat absorbed by a substance is directly proportional to specific heat of
substance.

CBSE  | Physics
Sample Paper 6 Solution

16.

17.

```
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## Physics Class 11

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