MCQOPTIONS
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MCQOPTIONS
This section includes 406 Mcqs, each offering curated multiple-choice questions to sharpen your 12th knowledge and support exam preparation. Choose a topic below to get started.
| 351. |
In general method of drawing an ellipse, a vertical line called as is drawn first. |
| A. | tangent |
| B. | normal |
| C. | major axis |
| D. | directrix |
| Answer» E. | |
| 352. |
If eccentricity of ellipse is 3/7, how many divisions will the line joining the directrix and the focus have in general method? |
| A. | 10 |
| B. | 7 |
| C. | 3 |
| D. | 5 |
| Answer» B. 7 | |
| 353. |
The line which passes through the focus and perpendicular to the major axis is |
| A. | minor axis |
| B. | latus rectum |
| C. | directrix |
| D. | tangent |
| Answer» C. directrix | |
| 354. |
Which of the following constructions doesn’t use elliptical curves? |
| A. | cooling towers |
| B. | dams |
| C. | bridges |
| D. | man-holes |
| Answer» B. dams | |
| 355. |
There are 2 circles say A, B. A is smaller than B and they are not intersecting at any point. Where will be the intersection point of internal tangents for these circles? |
| A. | to the left of two circles |
| B. | to the right of the two circles |
| C. | middle of the two circles |
| D. | they intersect at midpoint of line joining the centers |
| Answer» C. middle of the two circles | |
| 356. |
There are 2 circles say A, B. A has 20 units radius and B has 10 units radius and distance from centers of A and B is 40 units. Where will be the intersection point of external tangents? |
| A. | to the left of two circles |
| B. | to the right of the two circles |
| C. | middle of the two circles |
| D. | they intersect at midpoint of line joining the centers |
| Answer» C. middle of the two circles | |
| 357. |
How many internal tangents are there for two circles? |
| A. | 4 |
| B. | 3 |
| C. | 2 |
| D. | 1 |
| Answer» D. 1 | |
| 358. |
How many pairs of parallel lines are there in a regular pentagon? |
| A. | 0 |
| B. | 1 |
| C. | 2 |
| D. | 5 |
| Answer» B. 1 | |
| 359. |
A Ogee curve is a |
| A. | semi ellipse |
| B. | continuous double curve with convex and concave |
| C. | freehand curve which connects two parallel lines |
| D. | semi hyperbola |
| Answer» C. freehand curve which connects two parallel lines | |
| 360. |
Perpendiculars can’t be drawn using |
| A. | t- square |
| B. | set-squares |
| C. | pro- circle |
| D. | protractor |
| Answer» D. protractor | |
| 361. |
The length through perpendicular gives the shortest length from a point to the line. |
| A. | true |
| B. | false |
| Answer» B. false | |
| 362. |
The isometric projection of a circle is a |
| A. | Circle |
| B. | Ellipse |
| C. | Hyperbola |
| D. | Parabola |
| Answer» C. Hyperbola | |
| 363. |
The isometric projection of a sphere is a |
| A. | Circle |
| B. | Ellipse |
| C. | Hyperbola |
| D. | Parabola |
| Answer» B. Ellipse | |
| 364. |
Rectagular prism is an example of |
| A. | Objects having isometric lines |
| B. | Object having non-isometric lines |
| C. | Object having curved surfaces |
| D. | None of the above |
| Answer» B. Object having non-isometric lines | |
| 365. |
The following are the methods for drawing isometric views except |
| A. | Box method |
| B. | Offset method |
| C. | Centre lines method |
| D. | Parallel line method |
| Answer» E. | |
| 366. |
The isometric axis are inclined at ___ degree to each other. |
| A. | 60 |
| B. | 90 |
| C. | 120 |
| D. | 150 |
| Answer» D. 150 | |
| 367. |
The following is (are) the method(s) of projecting the pictorial views. |
| A. | Axonometric projection |
| B. | Oblique projection |
| C. | Perspective projection |
| D. | All of the above |
| Answer» E. | |
| 368. |
The isometric length is ____ percent of actual length. |
| A. | 61.5 |
| B. | 71.5 |
| C. | 81.5 |
| D. | 91.5 |
| Answer» D. 91.5 | |
| 369. |
The development of lateral surfaces of a pentagonal pyramid is |
| A. | Five squares |
| B. | Five Rectangles |
| C. | Five triangles |
| D. | None of the above |
| Answer» D. None of the above | |
| 370. |
Zone method is used to develop |
| A. | Prism |
| B. | Pyramid |
| C. | Cone |
| D. | Sphere |
| Answer» E. | |
| 371. |
The development of cylinder is a |
| A. | Rectangle |
| B. | Circle |
| C. | Ellipse |
| D. | None of the above |
| Answer» B. Circle | |
| 372. |
Development of surfaces is used in the development of |
| A. | Piping |
| B. | Air conditioning duct |
| C. | Buckets |
| D. | All of the above |
| Answer» E. | |
| 373. |
The following is the method for development of a sphere. |
| A. | Parallel line method |
| B. | Radial line method |
| C. | Triangulation method |
| D. | Approximate method |
| Answer» E. | |
| 374. |
The following is the method for development of a right regular prism. |
| A. | Parallel line method |
| B. | Radial line method |
| C. | Triangulation method |
| D. | Approximate method |
| Answer» B. Radial line method | |
| 375. |
A right circular cylinder resting on HP on its base is cut by a section plane inclined to HP, bisecting its axis. The true shape of the section is |
| A. | Parabola |
| B. | Hyperbola |
| C. | Ellipse |
| D. | Circle |
| Answer» D. Circle | |
| 376. |
A right circular cone resting on HP on its base is cut by a section plane parallel to HP, bisecting its axis. The true shape of the section is |
| A. | Parabola |
| B. | Hyperbola |
| C. | Ellipse |
| D. | Circle |
| Answer» E. | |
| 377. |
The sectional plane are represented by |
| A. | Continuous thick line |
| B. | Continuous thin line |
| C. | Chain thin line |
| D. | Chain thin line having thick edges |
| Answer» E. | |
| 378. |
The following is formed by revolving rectangle about one of its sides which remains fixed |
| A. | Cylinder |
| B. | Sphere |
| C. | Hemi sphere |
| D. | Cone |
| Answer» B. Sphere | |
| 379. |
A tetrahedron has four equal ____ faces |
| A. | Square |
| B. | Rectangular |
| C. | Triangular |
| D. | None of the above |
| Answer» D. None of the above | |
| 380. |
The top view of a right cylinder resting on HP on its base rim is |
| A. | Ellipse |
| B. | Circle |
| C. | Rectangle |
| D. | Square |
| Answer» C. Rectangle | |
| 381. |
Which of the following position is not possible for a right solid? |
| A. | Axis perpendicular to HP and parallel to VP |
| B. | Axis parallel to VP and perpendicular to HP |
| C. | Axis parallel to both VP and HP |
| D. | Axis perpendicular to both VP and HP |
| Answer» E. | |
| 382. |
A right regular hexagonal prism in resting on HP on its base, its top view is a |
| A. | Square |
| B. | Rectangle |
| C. | Hexagon |
| D. | Pentagon |
| Answer» D. Pentagon | |
| 383. |
If a solid is cut by a cutting plane parallel to the base of the solid and top part is removed, the remaining part is called |
| A. | Frustum of a solid |
| B. | Truncated solid |
| C. | Oblique solid |
| D. | None of the above |
| Answer» B. Truncated solid | |
| 384. |
The following are the Solids of revolution except |
| A. | Prism |
| B. | Sphere |
| C. | Cone |
| D. | Cylinder |
| Answer» B. Sphere | |
| 385. |
The following are the Polyhedron except |
| A. | Prism |
| B. | Pyramid |
| C. | Cube |
| D. | Cylinder |
| Answer» E. | |
| 386. |
Which of the following position is not possible for a plane? |
| A. | Perpendicular to both HP and VP |
| B. | Parallel to both HP and VP |
| C. | Perpendicular to HP and parallel to VP |
| D. | Perpendicular to VP and parallel to HP |
| Answer» C. Perpendicular to HP and parallel to VP | |
| 387. |
The front view of a rectangle, when its plane is parallel to HP and perpendicular to VP, is |
| A. | Rectangle |
| B. | Square |
| C. | Line |
| D. | Point |
| Answer» D. Point | |
| 388. |
The following method(s) is used to find the true length and true inclination of a line when its front view and top view are given |
| A. | Rotation method |
| B. | Trapezoidal method |
| C. | Auxiliary plane method |
| D. | All of the above |
| Answer» E. | |
| 389. |
When the line is parallel to VP and perpendicular to HP, we can get its true length in |
| A. | Front view |
| B. | Side view |
| C. | Both ‘a’ and ‘b’ |
| D. | Top view |
| Answer» D. Top view | |
| 390. |
When the line is parallel to both Horizontal Plane (HP) and Vertical Plane (VP), we can get its true length in |
| A. | Front view |
| B. | Top view |
| C. | Both ‘a’ and ‘b’ |
| D. | Side view |
| Answer» D. Side view | |
| 391. |
The side view of an object is drawn in |
| A. | Vertical plane |
| B. | Horizontal plane |
| C. | Profile plane |
| D. | Any of the above |
| Answer» D. Any of the above | |
| 392. |
A point ‘P’ is above Horizontal Plane (HP) and in front of Vertical Plane (VP). The point is in |
| A. | First quadrant |
| B. | Second quadrant |
| C. | Third quadrant |
| D. | Fourth quadrant |
| Answer» B. Second quadrant | |
| 393. |
A line of 1 meter is shown by 1cm on a scale. Its Representative fraction (RF) is |
| A. | 1 |
| B. | 100 |
| C. | 1/100 |
| D. | 1/50 |
| Answer» D. 1/50 | |
| 394. |
Representative fraction’ (RF) is defined as |
| A. | Length of an object in the drawing / Actual length of the object |
| B. | Length of an object in the drawing / Isometric length of the object |
| C. | Actual length of the object / Length of an object in the drawing |
| D. | Isometric length of the object / Length of an object in the drawing |
| Answer» B. Length of an object in the drawing / Isometric length of the object | |
| 395. |
The internal angle of regular hexagon is ___ degree. |
| A. | 72 |
| B. | 108 |
| C. | 120 |
| D. | 150 |
| Answer» D. 150 | |
| 396. |
The internal angle of regular pentagon is ___ degree. |
| A. | 72 |
| B. | 108 |
| C. | 120 |
| D. | 150 |
| Answer» B. 108 | |
| 397. |
Metric thread of 10mm diameter is represented by |
| A. | 10M |
| B. | M10 |
| C. | M^10 |
| D. | None of the above |
| Answer» C. M^10 | |
| 398. |
The Length:Width in case of an arrow head is |
| A. | 1:1 |
| B. | 2:1 |
| C. | 3:1 |
| D. | 4:1 |
| Answer» D. 4:1 | |
| 399. |
In aligned system of dimensioning, the dimensions may be read from |
| A. | Bottom or right hand edges |
| B. | Bottom or left hand edges |
| C. | Only from bottom |
| D. | Only from left side |
| Answer» B. Bottom or left hand edges | |
| 400. |
Hatching lines are drawn at ___ degree to reference line |
| A. | 30 |
| B. | 45 |
| C. | 60 |
| D. | 90 |
| Answer» C. 60 | |