Exp. A Gliding joint is present between the carpals the gliding joint is a synovial joint built between two bones that meet on flat articular surfaces allowing sliding or gliding motion.
Kerala PMT-2015
Locomotion and Movement
238459
Humerus files into glenoid cavity is an example of
1 ball and socket joint
2 pivot joint
3 peg and socket joint
4 condyloid joint
Explanation:
Exp. A Head of numerous bones articulates with the glenoid cavity of pectoral girdle. This articulation results in the formation of ball and socket joints. eg. ball and socket joint present in shoulder..
Manipal-2015
Locomotion and Movement
238461
The gliding Joints are important for gliding movements. One example of such a joint is between the
1 zygapophyses of adjacent vertebrae
2 humerus and glenoid cavity
3 occipital condyle and odontoid process
4 femur and tibio fibula
Explanation:
Exp. A The gliding joints are important for gliding movement. It is present in zygophysis of adjacent vertebrae, wrist, ankle, acromioclavicular joint etc.
HP CET-2011 / VMMC-2005 / AMU-2004
Locomotion and Movement
238463
How many saddle joints can be traced in human body?
1 2
2 4
3 8
4 10
Explanation:
Exp. A Saddle joint is a type of biaxial and movable joint that allow movement of two planes. - Saddle joint formed between concave and convex bone regions. Saddle joints are also known an sellar joints.
AFMC-2011 / BHU PMT (Screening)-2011
Locomotion and Movement
238465
Ball and socket joint is found between:
1 ribs and vertebral
2 femur and tibio-fibula
3 humerus and olecranon fossa
4 humerus and pectoral girdle
Explanation:
The ball and socket joint is found between Humerus and pectoral girdle. It is a synovial joint. A ball and socket Joint is the most freely movable of all joints. It is a multi axial joint.
Exp. A Gliding joint is present between the carpals the gliding joint is a synovial joint built between two bones that meet on flat articular surfaces allowing sliding or gliding motion.
Kerala PMT-2015
Locomotion and Movement
238459
Humerus files into glenoid cavity is an example of
1 ball and socket joint
2 pivot joint
3 peg and socket joint
4 condyloid joint
Explanation:
Exp. A Head of numerous bones articulates with the glenoid cavity of pectoral girdle. This articulation results in the formation of ball and socket joints. eg. ball and socket joint present in shoulder..
Manipal-2015
Locomotion and Movement
238461
The gliding Joints are important for gliding movements. One example of such a joint is between the
1 zygapophyses of adjacent vertebrae
2 humerus and glenoid cavity
3 occipital condyle and odontoid process
4 femur and tibio fibula
Explanation:
Exp. A The gliding joints are important for gliding movement. It is present in zygophysis of adjacent vertebrae, wrist, ankle, acromioclavicular joint etc.
HP CET-2011 / VMMC-2005 / AMU-2004
Locomotion and Movement
238463
How many saddle joints can be traced in human body?
1 2
2 4
3 8
4 10
Explanation:
Exp. A Saddle joint is a type of biaxial and movable joint that allow movement of two planes. - Saddle joint formed between concave and convex bone regions. Saddle joints are also known an sellar joints.
AFMC-2011 / BHU PMT (Screening)-2011
Locomotion and Movement
238465
Ball and socket joint is found between:
1 ribs and vertebral
2 femur and tibio-fibula
3 humerus and olecranon fossa
4 humerus and pectoral girdle
Explanation:
The ball and socket joint is found between Humerus and pectoral girdle. It is a synovial joint. A ball and socket Joint is the most freely movable of all joints. It is a multi axial joint.
Exp. A Gliding joint is present between the carpals the gliding joint is a synovial joint built between two bones that meet on flat articular surfaces allowing sliding or gliding motion.
Kerala PMT-2015
Locomotion and Movement
238459
Humerus files into glenoid cavity is an example of
1 ball and socket joint
2 pivot joint
3 peg and socket joint
4 condyloid joint
Explanation:
Exp. A Head of numerous bones articulates with the glenoid cavity of pectoral girdle. This articulation results in the formation of ball and socket joints. eg. ball and socket joint present in shoulder..
Manipal-2015
Locomotion and Movement
238461
The gliding Joints are important for gliding movements. One example of such a joint is between the
1 zygapophyses of adjacent vertebrae
2 humerus and glenoid cavity
3 occipital condyle and odontoid process
4 femur and tibio fibula
Explanation:
Exp. A The gliding joints are important for gliding movement. It is present in zygophysis of adjacent vertebrae, wrist, ankle, acromioclavicular joint etc.
HP CET-2011 / VMMC-2005 / AMU-2004
Locomotion and Movement
238463
How many saddle joints can be traced in human body?
1 2
2 4
3 8
4 10
Explanation:
Exp. A Saddle joint is a type of biaxial and movable joint that allow movement of two planes. - Saddle joint formed between concave and convex bone regions. Saddle joints are also known an sellar joints.
AFMC-2011 / BHU PMT (Screening)-2011
Locomotion and Movement
238465
Ball and socket joint is found between:
1 ribs and vertebral
2 femur and tibio-fibula
3 humerus and olecranon fossa
4 humerus and pectoral girdle
Explanation:
The ball and socket joint is found between Humerus and pectoral girdle. It is a synovial joint. A ball and socket Joint is the most freely movable of all joints. It is a multi axial joint.
Exp. A Gliding joint is present between the carpals the gliding joint is a synovial joint built between two bones that meet on flat articular surfaces allowing sliding or gliding motion.
Kerala PMT-2015
Locomotion and Movement
238459
Humerus files into glenoid cavity is an example of
1 ball and socket joint
2 pivot joint
3 peg and socket joint
4 condyloid joint
Explanation:
Exp. A Head of numerous bones articulates with the glenoid cavity of pectoral girdle. This articulation results in the formation of ball and socket joints. eg. ball and socket joint present in shoulder..
Manipal-2015
Locomotion and Movement
238461
The gliding Joints are important for gliding movements. One example of such a joint is between the
1 zygapophyses of adjacent vertebrae
2 humerus and glenoid cavity
3 occipital condyle and odontoid process
4 femur and tibio fibula
Explanation:
Exp. A The gliding joints are important for gliding movement. It is present in zygophysis of adjacent vertebrae, wrist, ankle, acromioclavicular joint etc.
HP CET-2011 / VMMC-2005 / AMU-2004
Locomotion and Movement
238463
How many saddle joints can be traced in human body?
1 2
2 4
3 8
4 10
Explanation:
Exp. A Saddle joint is a type of biaxial and movable joint that allow movement of two planes. - Saddle joint formed between concave and convex bone regions. Saddle joints are also known an sellar joints.
AFMC-2011 / BHU PMT (Screening)-2011
Locomotion and Movement
238465
Ball and socket joint is found between:
1 ribs and vertebral
2 femur and tibio-fibula
3 humerus and olecranon fossa
4 humerus and pectoral girdle
Explanation:
The ball and socket joint is found between Humerus and pectoral girdle. It is a synovial joint. A ball and socket Joint is the most freely movable of all joints. It is a multi axial joint.
Exp. A Gliding joint is present between the carpals the gliding joint is a synovial joint built between two bones that meet on flat articular surfaces allowing sliding or gliding motion.
Kerala PMT-2015
Locomotion and Movement
238459
Humerus files into glenoid cavity is an example of
1 ball and socket joint
2 pivot joint
3 peg and socket joint
4 condyloid joint
Explanation:
Exp. A Head of numerous bones articulates with the glenoid cavity of pectoral girdle. This articulation results in the formation of ball and socket joints. eg. ball and socket joint present in shoulder..
Manipal-2015
Locomotion and Movement
238461
The gliding Joints are important for gliding movements. One example of such a joint is between the
1 zygapophyses of adjacent vertebrae
2 humerus and glenoid cavity
3 occipital condyle and odontoid process
4 femur and tibio fibula
Explanation:
Exp. A The gliding joints are important for gliding movement. It is present in zygophysis of adjacent vertebrae, wrist, ankle, acromioclavicular joint etc.
HP CET-2011 / VMMC-2005 / AMU-2004
Locomotion and Movement
238463
How many saddle joints can be traced in human body?
1 2
2 4
3 8
4 10
Explanation:
Exp. A Saddle joint is a type of biaxial and movable joint that allow movement of two planes. - Saddle joint formed between concave and convex bone regions. Saddle joints are also known an sellar joints.
AFMC-2011 / BHU PMT (Screening)-2011
Locomotion and Movement
238465
Ball and socket joint is found between:
1 ribs and vertebral
2 femur and tibio-fibula
3 humerus and olecranon fossa
4 humerus and pectoral girdle
Explanation:
The ball and socket joint is found between Humerus and pectoral girdle. It is a synovial joint. A ball and socket Joint is the most freely movable of all joints. It is a multi axial joint.
