340365
Statement A : All movements are locomotions, but all locomotions are not movements. Statement B : Streaming of protoplasm in Amoeba is a type of amoeboid movement
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
3 Both statements are correct.
4 Both Statements are incorrect.
Explanation:
All locomotions are movements but, all movements are not locomotions.
BIOXI20: LOCOMOTION AND MOVEMENT
340366
Macrophages and leucocytes exhibit
1 Ciliary movement
2 Flagellar movement
3 Amoeboid movement
4 Gliding movement
Explanation:
They are able to do phagocytosis due to amoeboid movement.
NCERT Exemplar
BIOXI20: LOCOMOTION AND MOVEMENT
340367
All locomotions are movements
1 And all movements are locomotions
2 But all movements are not locomotions
3 Movement \(=\) locomotion
4 Either (1) or (3)
Explanation:
All locomotions are movements but all movements are not locomotion.
BIOXI20: LOCOMOTION AND MOVEMENT
340368
Which of the following is a simple form of movement?
1 Streaming of protoplasm in amoeba
2 Flagellar movement in paramoecium
3 Ciliary movement in Euglena
4 All
Explanation:
Streaming of protoplasm in the unicellular organisms like Amoeba is a simple form of movement.
BIOXI20: LOCOMOTION AND MOVEMENT
340369
Amoeboid movements occur due to streaming of protoplasm in
1 Macrophages and leucocytes
2 Spermatozoa, and erythrocytes
3 Erythrocytes and platelets
4 Spermatozoa and leucocytes
Explanation:
Some specialised cells in our body like macrophages and leucocytes in blood exhibit amoeboid movement. It is effected by pseudopodia formed by the streaming of protoplasm (as in Amoeba).
340365
Statement A : All movements are locomotions, but all locomotions are not movements. Statement B : Streaming of protoplasm in Amoeba is a type of amoeboid movement
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
3 Both statements are correct.
4 Both Statements are incorrect.
Explanation:
All locomotions are movements but, all movements are not locomotions.
BIOXI20: LOCOMOTION AND MOVEMENT
340366
Macrophages and leucocytes exhibit
1 Ciliary movement
2 Flagellar movement
3 Amoeboid movement
4 Gliding movement
Explanation:
They are able to do phagocytosis due to amoeboid movement.
NCERT Exemplar
BIOXI20: LOCOMOTION AND MOVEMENT
340367
All locomotions are movements
1 And all movements are locomotions
2 But all movements are not locomotions
3 Movement \(=\) locomotion
4 Either (1) or (3)
Explanation:
All locomotions are movements but all movements are not locomotion.
BIOXI20: LOCOMOTION AND MOVEMENT
340368
Which of the following is a simple form of movement?
1 Streaming of protoplasm in amoeba
2 Flagellar movement in paramoecium
3 Ciliary movement in Euglena
4 All
Explanation:
Streaming of protoplasm in the unicellular organisms like Amoeba is a simple form of movement.
BIOXI20: LOCOMOTION AND MOVEMENT
340369
Amoeboid movements occur due to streaming of protoplasm in
1 Macrophages and leucocytes
2 Spermatozoa, and erythrocytes
3 Erythrocytes and platelets
4 Spermatozoa and leucocytes
Explanation:
Some specialised cells in our body like macrophages and leucocytes in blood exhibit amoeboid movement. It is effected by pseudopodia formed by the streaming of protoplasm (as in Amoeba).
340365
Statement A : All movements are locomotions, but all locomotions are not movements. Statement B : Streaming of protoplasm in Amoeba is a type of amoeboid movement
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
3 Both statements are correct.
4 Both Statements are incorrect.
Explanation:
All locomotions are movements but, all movements are not locomotions.
BIOXI20: LOCOMOTION AND MOVEMENT
340366
Macrophages and leucocytes exhibit
1 Ciliary movement
2 Flagellar movement
3 Amoeboid movement
4 Gliding movement
Explanation:
They are able to do phagocytosis due to amoeboid movement.
NCERT Exemplar
BIOXI20: LOCOMOTION AND MOVEMENT
340367
All locomotions are movements
1 And all movements are locomotions
2 But all movements are not locomotions
3 Movement \(=\) locomotion
4 Either (1) or (3)
Explanation:
All locomotions are movements but all movements are not locomotion.
BIOXI20: LOCOMOTION AND MOVEMENT
340368
Which of the following is a simple form of movement?
1 Streaming of protoplasm in amoeba
2 Flagellar movement in paramoecium
3 Ciliary movement in Euglena
4 All
Explanation:
Streaming of protoplasm in the unicellular organisms like Amoeba is a simple form of movement.
BIOXI20: LOCOMOTION AND MOVEMENT
340369
Amoeboid movements occur due to streaming of protoplasm in
1 Macrophages and leucocytes
2 Spermatozoa, and erythrocytes
3 Erythrocytes and platelets
4 Spermatozoa and leucocytes
Explanation:
Some specialised cells in our body like macrophages and leucocytes in blood exhibit amoeboid movement. It is effected by pseudopodia formed by the streaming of protoplasm (as in Amoeba).
340365
Statement A : All movements are locomotions, but all locomotions are not movements. Statement B : Streaming of protoplasm in Amoeba is a type of amoeboid movement
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
3 Both statements are correct.
4 Both Statements are incorrect.
Explanation:
All locomotions are movements but, all movements are not locomotions.
BIOXI20: LOCOMOTION AND MOVEMENT
340366
Macrophages and leucocytes exhibit
1 Ciliary movement
2 Flagellar movement
3 Amoeboid movement
4 Gliding movement
Explanation:
They are able to do phagocytosis due to amoeboid movement.
NCERT Exemplar
BIOXI20: LOCOMOTION AND MOVEMENT
340367
All locomotions are movements
1 And all movements are locomotions
2 But all movements are not locomotions
3 Movement \(=\) locomotion
4 Either (1) or (3)
Explanation:
All locomotions are movements but all movements are not locomotion.
BIOXI20: LOCOMOTION AND MOVEMENT
340368
Which of the following is a simple form of movement?
1 Streaming of protoplasm in amoeba
2 Flagellar movement in paramoecium
3 Ciliary movement in Euglena
4 All
Explanation:
Streaming of protoplasm in the unicellular organisms like Amoeba is a simple form of movement.
BIOXI20: LOCOMOTION AND MOVEMENT
340369
Amoeboid movements occur due to streaming of protoplasm in
1 Macrophages and leucocytes
2 Spermatozoa, and erythrocytes
3 Erythrocytes and platelets
4 Spermatozoa and leucocytes
Explanation:
Some specialised cells in our body like macrophages and leucocytes in blood exhibit amoeboid movement. It is effected by pseudopodia formed by the streaming of protoplasm (as in Amoeba).
340365
Statement A : All movements are locomotions, but all locomotions are not movements. Statement B : Streaming of protoplasm in Amoeba is a type of amoeboid movement
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
3 Both statements are correct.
4 Both Statements are incorrect.
Explanation:
All locomotions are movements but, all movements are not locomotions.
BIOXI20: LOCOMOTION AND MOVEMENT
340366
Macrophages and leucocytes exhibit
1 Ciliary movement
2 Flagellar movement
3 Amoeboid movement
4 Gliding movement
Explanation:
They are able to do phagocytosis due to amoeboid movement.
NCERT Exemplar
BIOXI20: LOCOMOTION AND MOVEMENT
340367
All locomotions are movements
1 And all movements are locomotions
2 But all movements are not locomotions
3 Movement \(=\) locomotion
4 Either (1) or (3)
Explanation:
All locomotions are movements but all movements are not locomotion.
BIOXI20: LOCOMOTION AND MOVEMENT
340368
Which of the following is a simple form of movement?
1 Streaming of protoplasm in amoeba
2 Flagellar movement in paramoecium
3 Ciliary movement in Euglena
4 All
Explanation:
Streaming of protoplasm in the unicellular organisms like Amoeba is a simple form of movement.
BIOXI20: LOCOMOTION AND MOVEMENT
340369
Amoeboid movements occur due to streaming of protoplasm in
1 Macrophages and leucocytes
2 Spermatozoa, and erythrocytes
3 Erythrocytes and platelets
4 Spermatozoa and leucocytes
Explanation:
Some specialised cells in our body like macrophages and leucocytes in blood exhibit amoeboid movement. It is effected by pseudopodia formed by the streaming of protoplasm (as in Amoeba).