Pivot joint `:-`

Pivot joint `:-`
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Pivot joint `:-` A. Axial joint B. Shoulder joint C. Hip joint D. None
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Which of the following is/are not correctly matched pairs? (i) Ball and socket joint -Between humerus and pectoral girdle (ii) Pivot joint - Between c

Description : Which of the following is/are not correctly matched pairs? (i) Ball and socket joint -Between humerus and pectoral girdle (ii) Pivot joint - Between c

Last Answer : Which of the following is/are not correctly matched pairs? (i) Ball and socket joint -Between humerus and pectoral ... , b-iii, c-ii, d-v, e-iv`

Pivot joint is

Description : Pivot joint is

Last Answer : Pivot joint is A. Atlanto-axial joint B. Shoulder joint C. Hip joint D. None

The joint between atlas and axis is called (a) angular joint (b) hinge joint (c) pivot joint (d) saddle joint.

Description : The joint between atlas and axis is called (a) angular joint (b) hinge joint (c) pivot joint (d) saddle joint.

Last Answer : (c) pivot joint

Elbow joint is an example of (a) hinge joint (b) gliding joint (c) ball and socket joint (d) pivot joint.

Description : Elbow joint is an example of (a) hinge joint (b) gliding joint (c) ball and socket joint (d) pivot joint.

Last Answer : (a) hinge joint

Select the correct matching of the type of the joint with the example in human skeletal system. Type of joint Example (a) Cartilaginous – Between frontal and joint parietal (b) Pivot joint – Between third and fourth cervical vertebrae (c) Hinge joint – Between humerus and pectoral girdle (d) Gliding joint – Between carpals

Description : Select the correct matching of the type of the joint with the example in human skeletal system. Type of joint Example (a) Cartilaginous - Between frontal and joint parietal (b) Pivot joint - ... vertebrae (c) Hinge joint - Between humerus and pectoral girdle (d) Gliding joint - Between carpals

Last Answer : (d) Gliding joint – Between carpals

The pivot joint between atlas and axis is a type of (a) cartilaginous joint (b) synovial joint (c) saddle joint (d) fibrous joint.

Description : The pivot joint between atlas and axis is a type of (a) cartilaginous joint (b) synovial joint (c) saddle joint (d) fibrous joint.

Last Answer : b) synovial join

Match the following joints with the bones involved: (1) Gliding joint (i) Between carpal and metacarpal of thumb (2) Hinge joint (ii) Between atlas and axis (3) Pivot joint (iii) Between the carpals (4) Saddle joint (iv) Between humerus and ulna. Select the correct option from the following: (a) (1)-(iii), (2)-(iv), (3)-(ii), (4)-(i) (b) (1)-(iv), (2)-(i), (3)-(ii), (4)-(iii) (c) (1)-(iv), (2)-(ii), (3)-(iii), (4)-(i) (d) (1)-(i), (2)-(iii), (3)-(ii), (4)-(iv)

Description : Match the following joints with the bones involved: (1) Gliding joint (i) Between carpal and metacarpal of thumb (2) Hinge joint (ii) Between atlas and axis (3) Pivot joint (iii) Between the carpals (4) Saddle joint (iv) Between humerus and ... ), (4)-(i) (d) (1)-(i), (2)-(iii), (3)-(ii), (4)-(iv)

Last Answer : (a) (1)-(iii), (2)-(iv), (3)-(ii), (4)-(i)

The pivot joint between atlas and axis is a type of : (1) Cartilaginous joint (2) Synovial joint (3) Saddle joint (4) Fibrous joint

Description : The pivot joint between atlas and axis is a type of : (1) Cartilaginous joint (2) Synovial joint (3) Saddle joint (4) Fibrous joint

Last Answer : (2) Synovial joint

Which centuries are the pivot point when "turn of the century" is the current description, and no further explanation is given?

Description : Which centuries are the pivot point when "turn of the century" is the current description, and no further explanation is given?

Last Answer : The intention could be either 19th/20th or 20th/21st – you have to use other clues to figure out which.

General pivot point rotation can be expressed as a.T(zr,yr).R(θ).T(-zr,-yr) = R(xr,yr,θ) b.T(xr,yr).R(θ).T(-xr,-yr) = R(xr,yr,θ) c.T(xr,yr).R(θ).T(-xr,-yr) = R(zr,yr,θ) d.T(xr,yr).R(θ).T(-xr,-yr) = R(zr,yr,θ)

Description : General pivot point rotation can be expressed as a.T(zr,yr).R(θ).T(-zr,-yr) = R(xr,yr,θ) b.T(xr,yr).R(θ).T(-xr,-yr) = R(xr,yr,θ) c.T(xr,yr).R(θ).T(-xr,-yr) = R(zr,yr,θ) d.T(xr,yr).R(θ).T(-xr,-yr) = R(zr,yr,θ)

Last Answer : b.T(xr,yr).R(θ).T(-xr,-yr) = R(xr,yr,θ)

We control the location of a scaled object by choosing the position is knownas……………………………. a.Pivot point b.Fixed point c.Differential scaling d.Uniform scaling

Description : We control the location of a scaled object by choosing the position is knownas……………………………. a.Pivot point b.Fixed point c.Differential scaling d.Uniform scaling

Last Answer : b.Fixed point

Positive values for the rotation angle θ defines a.Counter clockwise rotations about the end points b.Counter clockwise translation about the pivot point c.Counter clockwise rotations about the pivot point d.Negative direction

Description : Positive values for the rotation angle θ defines a.Counter clockwise rotations about the end points b.Counter clockwise translation about the pivot point c.Counter clockwise rotations about the pivot point d.Negative direction

Last Answer : c.Counter clockwise rotations about the pivot point

The rotation axis that is perpendicular to the xy plane and passes through the pivot pointis known as a.Rotation b.Translation c.Scaling d.Shearing

Description : The rotation axis that is perpendicular to the xy plane and passes through the pivot pointis known as a.Rotation b.Translation c.Scaling d.Shearing

Last Answer : a.Rotation

How can the IMA of a first- class lever be increased Decrease the length between the applied effort and the pivot. Increase the length between the applied effort and the pivot. Decrease the applied ef?

Description : How can the IMA of a first- class lever be increased Decrease the length between the applied effort and the pivot. Increase the length between the applied effort and the pivot. Decrease the applied ef?

Last Answer : What is the answer ?

What is a type of calculation that you can use to summarize datafor a particular pivot table field?

Description : What is a type of calculation that you can use to summarize datafor a particular pivot table field?

Last Answer : What is the answer ?

What in a pivot table dialog box can change Excel report to layout mode?

Description : What in a pivot table dialog box can change Excel report to layout mode?

Last Answer : What is the answer ?

Do they make LED TV's that pivot when mounted on a wall?

Description : Do they make LED TV's that pivot when mounted on a wall?

Last Answer : Almost any type of LED TV can be mounted on the wall. A pivoted mount is required, but that can easily be bought online. Make sure the pivot is compatible with the TV.

‘Pivot to Asia’ is the strategy of the foreign policy of - (1) India (2) Japan (3) China (4) U.S.

Description : ‘Pivot to Asia’ is the strategy of the foreign policy of - (1) India (2) Japan (3) China (4) U.S.

Last Answer : (1) India Explanation: Pivot to Asia was one of the United States of America’s central foreign policy initiatives during the tenure of President Barack Obama.

Moment of force depends upon A. magnitude of force B. perpendicular distance of force from pivot C. both A and B D. axis of rotation

Description : Moment of force depends upon A. magnitude of force B. perpendicular distance of force from pivot C. both A and B D. axis of rotation

Last Answer : both A and B

Which of the following is an antifriction bearing? (a) journal bearing (b) collar bearing (c) needle bearing (d) pivot bearing

Description : Which of the following is an antifriction bearing? (a) journal bearing (b) collar bearing (c) needle bearing (d) pivot bearing

Last Answer : (c) needle bearing

Match List -I (Bearings) with List-II (Applications) and select the using the codes given below the lists: [IAS-1998] List –I List-II A. Journal bearing 1. Electric motors B. Thrust bearing 2. Watches C. Conical pivot bearing 3. Marine engines D. Ball bearing 4. Swivelling chairs A B C D A B C D (a) 3 4 1 2 (b) 4 2 1 3 (c) 3 4 2 1 (d) 4 2 3 1

Description : Match List -I (Bearings) with List-II (Applications) and select the using the codes given below the lists: [IAS-1998] List -I List-II A. Journal bearing 1. Electric motors B. Thrust bearing 2. Watches C. Conical pivot bearing 3. Marine ... D (a) 3 4 1 2 (b) 4 2 1 3 (c) 3 4 2 1 (d) 4 2 3 1

Last Answer : (c) 3 4 2 1

Which one of the following pair is correctly matched? [IES-2000] (a) Beauchamp tower ........................First experiments on journal bearings (b) Osborne Reynolds ........................Antifriction bearings (c) Somerfield number........................Pivot and Collar bearings (d) Ball bearings...............................Hydrodynamic lubrication

Description : Which one of the following pair is correctly matched? [IES-2000] (a) Beauchamp tower ........................First experiments on journal bearings (b) Osborne Reynolds ........................ ... .Pivot and Collar bearings (d) Ball bearings...............................Hydrodynamic lubrication

Last Answer : (a) Beauchamp tower ........................First experiments on journal bearings

The magnetic meridian at any point, is the direction indicated by a freely suspended (A) Magnetic needle (B) And properly balanced magnetic needle (C) Properly balanced and uninfluenced by local attractive force (D) Magnetic needle over an iron pivot

Description : The magnetic meridian at any point, is the direction indicated by a freely suspended (A) Magnetic needle (B) And properly balanced magnetic needle (C) Properly balanced and uninfluenced by local attractive force (D) Magnetic needle over an iron pivot

Last Answer : (C) Properly balanced and uninfluenced by local attractive force

In a perfect prismatic compass (A) Magnetic axis and geometric axis of the needle coincide (B) Ends of the needle and pivot are in same vertical and horizontal planes (C) Pivot is vertically over the centre of the graduated circle (D) All the above

Description : In a perfect prismatic compass (A) Magnetic axis and geometric axis of the needle coincide (B) Ends of the needle and pivot are in same vertical and horizontal planes (C) Pivot is vertically over the centre of the graduated circle (D) All the above

Last Answer : (D) All the above

Angles to a given pivot station observed from a number of traverse stations when plotted, the lines to the pivot station intersect at a common point (A) Angular measurements are correct and not the linear measurements (B) Linear measurements are correct and not the angular measurements (C) Angular and linear measurements are correct and not the plotting of traverse (D) Angular and linear measurements and also plotting of the traverse are correct

Description : Angles to a given pivot station observed from a number of traverse stations when plotted, the lines to the pivot station intersect at a common point (A) Angular measurements are correct and ... plotting of traverse (D) Angular and linear measurements and also plotting of the traverse are correct

Last Answer : (D) Angular and linear measurements and also plotting of the traverse are correct

The vertical angle between longitudinal axis of a freely suspended magnetic needle and a horizontal line at its pivot, is known (A) Declination (B) Azimuth (C) Dip (D) Bearing

Description : The vertical angle between longitudinal axis of a freely suspended magnetic needle and a horizontal line at its pivot, is known (A) Declination (B) Azimuth (C) Dip (D) Bearing

Last Answer : (C) Dip

................................is that element of the simplex table which lis both in the key row and key column. a. Key element b. Pivot element c. Both a and b d. None of these

Description : ................................is that element of the simplex table which lis both in the key row and key column. a. Key element b. Pivot element c. Both a and b d. None of these

Last Answer : c. Both a and b

The position in the pay off matrix where the maximin coincides with the minimax. a. Saddle point b. Break even point c. Pivot point d. None of the above

Description : The position in the pay off matrix where the maximin coincides with the minimax. a. Saddle point b. Break even point c. Pivot point d. None of the above

Last Answer : a. Saddle point

State the functions of needle, glass cover, pivot and adjustable mirror of a compass.

Description : State the functions of needle, glass cover, pivot and adjustable mirror of a compass.

Last Answer : Needle: To direct north-south direction or to give magnetic meridian. Glass cover: To prevent entry of dust in box and movement of needle due to air or wind. Pivot: To support and balance the ... it is in use. Adjustable mirror: For sighting object at high or below level of observer's eye.

Obtain a transformation matrix for rotating an object about a specified pivot point.

Description : Obtain a transformation matrix for rotating an object about a specified pivot point.

Last Answer : To do rotation of an object about any selected arbitrary point P1(x1 ,y1), following sequence of operations shall be performed. 1. Translate: Translate an object so that arbitrary point P1 is moved to ... to P1and hence it is translation factor. It is demonstrated in following figure:

A point P(5,1) is rotated by 900 about a pivot point (2,2). What is the coordinate of new transformed point P’ ? (A) (3,5) (B) (5,3) (C) (2,4) (D) (1,5)

Description : A point P(5,1) is rotated by 900 about a pivot point (2,2). What is the coordinate of new transformed point P’ ? (A) (3,5) (B) (5,3) (C) (2,4) (D) (1,5)

Last Answer : (A) (3,5)