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This section includes 487 Mcqs, each offering curated multiple-choice questions to sharpen your Civil Engineering knowledge and support exam preparation. Choose a topic below to get started.
| 401. |
In the Oblique projection an object is represented by how many views? |
| A. | one view |
| B. | two views |
| C. | three views |
| D. | four views |
| Answer» B. two views | |
| 402. |
The straight lines which are drawn from various points on the contour of an object to meet a plane are called as |
| A. | connecting lines |
| B. | projectors |
| C. | perpendicular lines |
| D. | hidden lines. |
| Answer» C. perpendicular lines | |
| 403. |
When the projectors are parallel to each other and also perpendicular to the plane, the projection is called |
| A. | perspective projection |
| B. | oblique projection |
| C. | isometric projection |
| D. | orthographic projection |
| Answer» E. | |
| 404. |
Rectangular hyperbola is one of the hyperbola but the asymptotes are perpendicular in case of rectangular hyperbola. |
| A. | true |
| B. | false |
| Answer» B. false | |
| 405. |
The curve which has eccentricity zero is |
| A. | parabola |
| B. | ellipse |
| C. | hyperbola |
| D. | circle |
| Answer» E. | |
| 406. |
The cross-section gives a                      when the cutting plane is parallel to axis of cone. |
| A. | parabola |
| B. | hyperbola |
| C. | circle |
| D. | ellipse |
| Answer» C. circle | |
| 407. |
If the distance from the directrix is greater than the distance from the focus then what is the name of the conic section? |
| A. | hyperbola |
| B. | parabola |
| C. | ellipse |
| D. | circle |
| Answer» D. circle | |
| 408. |
The curve formed when eccentricity is equal to one is |
| A. | parabola |
| B. | circle |
| C. | semi-circle |
| D. | hyperbola |
| Answer» B. circle | |
| 409. |
The cross-section is a                    when a plane is inclined to the axis and cuts all the generators of a regular cone. |
| A. | rectangular hyperbola |
| B. | hyperbola |
| C. | circle |
| D. | ellipse |
| Answer» E. | |
| 410. |
If the distance from a fixed point is greater than the distance from a fixed straight line then what is the value of eccentricity? |
| A. | unity |
| B. | infinity |
| C. | zero |
| D. | greater than one |
| Answer» E. | |
| 411. |
If the distance from a fixed straight line is equal to the distance from a fixed point then what is the value of eccentricity? |
| A. | unity |
| B. | greater than one |
| C. | infinity |
| D. | zero |
| Answer» B. greater than one | |
| 412. |
If the distance from a fixed straight line is 5mm and the distance from a fixed point is 14mm then what is the name of the conic section? |
| A. | hyperbola |
| B. | parabola |
| C. | ellipse |
| D. | circle |
| Answer» B. parabola | |
| 413. |
If the distance from the directrix is 5 units and the distance from the focus is 3 units then what is the value of eccentricity? |
| A. | 1.667 |
| B. | 0.833 |
| C. | 0.60 |
| D. | 0.667 |
| Answer» D. 0.667 | |
| 414. |
If the distance from the directrix is greater than the distance from the focus then what is the value of eccentricity? |
| A. | unity |
| B. | less than one |
| C. | greater than one |
| D. | zero |
| Answer» C. greater than one | |
| 415. |
If the distance from a fixed straight line is equal to the distance from a fixed point then what is the name of the conic section? |
| A. | ellipse |
| B. | parabola |
| C. | hyperbola |
| D. | circle |
| Answer» C. hyperbola | |
| 416. |
If the distance from a fixed point is greater than the distance from a fixed straight line then what is the name of the conic section? |
| A. | parabola |
| B. | circle |
| C. | hyperbola |
| D. | ellipse |
| Answer» D. ellipse | |
| 417. |
If the distance from the directrix is 5 units and the distance from the focus is 3 units then what is the name of the conic section? |
| A. | ellipse |
| B. | parabola |
| C. | hyperbola |
| D. | circle |
| Answer» B. parabola | |
| 418. |
If the distance from the focus is 3 units and the distance from the directrix is 3 units, then what is the name of the conic section? |
| A. | ellipse |
| B. | hyperbola |
| C. | circle |
| D. | parabola |
| Answer» E. | |
| 419. |
If the distance from the focus is 2 mm and the distance from the directrix is 0.5 mm then what is the value of eccentricity? |
| A. | 0.4 |
| B. | 4 |
| C. | 0.04 |
| D. | 40 |
| Answer» C. 0.04 | |
| 420. |
If the distance from the focus is 10 units and the distance from the directrix is 30 units, then what is the name of the conic? |
| A. | circle |
| B. | parabola |
| C. | hyperbola |
| D. | ellipse |
| Answer» E. | |
| 421. |
If the distance from the focus is 2 mm and the distance from the directrix is 0.5 mm then what is the name of the conic section? |
| A. | circle |
| B. | ellipse |
| C. | parabola |
| D. | hyperbola |
| Answer» E. | |
| 422. |
If the distance from the focus is 3 units and the distance from the directrix is 3 units, then how much is the eccentricity? |
| A. | infinity |
| B. | zero |
| C. | unity |
| D. | less than one |
| Answer» D. less than one | |
| 423. |
If the value of eccentricity is 12, then what is the name of the conic? |
| A. | ellipse |
| B. | hyperbola |
| C. | parabola |
| D. | circle |
| Answer» C. parabola | |
| 424. |
If the distance from the focus is 10 units and the distance from the directrix is 30 units, then what is the eccentricity? |
| A. | 0.3333 |
| B. | 0.8333 |
| C. | 1.6667 |
| D. | 0.0333 |
| Answer» B. 0.8333 | |
| 425. |
Which of the following has an eccentricity less than one? |
| A. | circle |
| B. | parabola |
| C. | hyperbola |
| D. | ellipse |
| Answer» E. | |
| 426. |
Which of the following conics has an eccentricity of unity? |
| A. | circle |
| B. | parabola |
| C. | hyperbola |
| D. | ellipse |
| Answer» C. hyperbola | |
| 427. |
The ratio of the distance from the focus to the distance from the directrix is called as eccentricity. |
| A. | true |
| B. | false |
| Answer» B. false | |
| 428. |
The locus of point moving in a plane such that the distance between a fixed point and a fixed straight line is constant is called as |
| A. | conic |
| B. | rectangle |
| C. | square |
| D. | polygon |
| Answer» B. rectangle | |
| 429. |
10 BASICS OF CONIC SECTIONS - 1 |
| A. | ellipse |
| B. | hyperbola |
| C. | circle |
| D. | parabola |
| Answer» E. | |
| 430. |
While cutting, if the plane is at an angle and it cuts all the generators, then the conic formed is called as |
| A. | circle |
| B. | ellipse |
| C. | parabola |
| D. | hyperbola |
| Answer» C. parabola | |
| 431. |
In conics, the            is revolving to form two anti-parallel cones joined at the apex. |
| A. | ellipse |
| B. | circle |
| C. | generator |
| D. | parabola |
| Answer» D. parabola | |
| 432. |
Which of the following is not a conic section? |
| A. | apex |
| B. | hyperbola |
| C. | ellipse |
| D. | parabola |
| Answer» B. hyperbola | |
| 433. |
When the plane cuts the cone at angle parallel to the axis of the cone, then            is formed. |
| A. | hyperbola |
| B. | parabola |
| C. | circle |
| D. | ellipse |
| Answer» B. parabola | |
| 434. |
The sections cut by a plane on a right circular cone are called as |
| A. | parabolic sections |
| B. | conic sections |
| C. | elliptical sections |
| D. | hyperbolic sections |
| Answer» C. elliptical sections | |
| 435. |
Which of the following is a conic section? |
| A. | circle |
| B. | rectangle |
| C. | triangle |
| D. | square |
| Answer» B. rectangle | |
| 436. |
Logarithmic spiral is also called Equiangular spiral. |
| A. | true |
| B. | false |
| Answer» B. false | |
| 437. |
The mosquito coil we generally see in house hold purposes and heating coils in electrical heater etc are generally which spiral. |
| A. | logarithmic spiral |
| B. | equiangular spiral |
| C. | fibonacci spiral |
| D. | archemedian spiral |
| Answer» E. | |
| 438. |
In logarithmic Spiral, the radius vectors are in arithmetical progression. |
| A. | true |
| B. | false |
| Answer» C. | |
| 439. |
Cyclone iv. Lituus spiral |
| A. | 1, i; 2, ii; 3, iii; 4, iv |
| B. | 1, ii; 2, iii; 3, i; 4, iv |
| C. | 1, ii; 2, iv; 3, iii; 4, i |
| D. | 1, iv; 2, i; 3, ii; 4, iii |
| Answer» C. 1, ii; 2, iv; 3, iii; 4, i | |
| 440. |
Fermat’s spiral iv. r=Ɵ1/2 |
| A. | 1, i; 2, ii; 3, iii; 4, iv |
| B. | 1, ii; 2, iii; 3, i; 4, iv |
| C. | 1, iv; 2, i; 3, ii; 4, iii |
| D. | 1, ii; 2, iv; 3, iii; 4, i |
| Answer» D. 1, ii; 2, iv; 3, iii; 4, i | |
| 441. |
Match the following. Given points are about spirals. |
| A. | 1, i; 2, ii; 3, iii; 4, iv |
| B. | 1, ii; 2, iii; 3, i; 4, iv |
| C. | 1, ii; 2, iv; 3, iii; 4, i |
| D. | 1, iv; 2, i; 3, ii; 4, iii |
| Answer» E. | |
| 442. |
Which of the following does not represents an Archemedian spiral? |
| A. | coils in heater |
| B. | tendrils |
| C. | spring |
| D. | cyclone |
| Answer» E. | |
| 443. |
Which of the following represents an Archemedian spiral? |
| A. | tornado |
| B. | cyclone |
| C. | mosquito coil |
| D. | fibonacci series |
| Answer» D. fibonacci series | |
| 444. |
‘Hypo’ as prefix to cycloids give that the generating circle is inside the directing circle. |
| A. | true |
| B. | false |
| Answer» B. false | |
| 445. |
For inferior trochoid or inferior epitrochoid the curve touches the directing line or directing circle. |
| A. | true |
| B. | false |
| Answer» C. | |
| 446. |
The generating point is outside the generating circle for |
| A. | cycloid |
| B. | superior trochoid |
| C. | inferior trochoid |
| D. | epicycloid |
| Answer» C. inferior trochoid | |
| 447. |
The generating circle will be inside the directing circle for |
| A. | cycloid |
| B. | inferior trochoid |
| C. | inferior epitrochoid |
| D. | hypocycloid |
| Answer» E. | |
| 448. |
When the circle rolls along another circle inside it, the curve is called a |
| A. | epicycloid |
| B. | cycloid |
| C. | trochoid |
| D. | hypocycloid |
| Answer» E. | |
| 449. |
Mathematical equation for Involute is |
| A. | x = a cos3 θ |
| B. | x = r cosθ + r θ sinθ |
| C. | x = (a+b)cosθ – a cos(a+bâ„a θ) |
| D. | y = a(1-cosθ) |
| Answer» C. x = (a+b)cosθ – a cos(a+bâ„a θ) | |
| 450. |
                       is a curve generated by a point on the circumference of a circle, which rolls without slipping along another circle outside it. |
| A. | trochoid |
| B. | epicycloid |
| C. | hypotrochoid |
| D. | involute |
| Answer» C. hypotrochoid | |