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BMED Quiz

Total questions: 49

Worksheet time: 25mins

Name
Class
Date
1.

What is a Curve?

a)

A line or outline which gradually deviates from being straight

b)

A piece of a circle

c)

An arc

d)

A closed shape

2.

What is Eccentricity?

a)

A curve with a Tangent

b)

The use of a Directrix

c)

The roundness of a shape

d)

The ratio used in the Construction of Particular Engineering Curves

3.

What is a Normal?

a)

A line intersecting a given line at right angles

b)

A line that measures 50mm

c)

Another name for Directrix

d)

A line intersecting a given line at 45 degrees

4.

What is a Locus?

a)

The name of an Ellipse after it is constructed

b)

A triangular object

c)

The movement of Geometric points

d)

Another name for Frustrum

5.

What is a Tangent?

a)

A straight line

b)

A particular position or place where something occurs

c)

The movement of Geometric points

d)

A straight line or plane that touches a curve or curved surface at a point, but does not cross it if extended

6.

What is a Diameter?

a)

A straight line passing from side to side through the center of a circle

b)

A particular position or place where something is situated

c)

The center of a circle

d)

The remaining portion after a cone has been cut

7.

What is an Elevation?

a)

A straight line passing through half the center of a circle

b)

A 2D representation of a 3D object or a particular side of a building

c)

The top of a building

d)

A method of constructing an Engineering Curve

8.

What is an Ellipse?

a)

The movement of geometric points such that the ratio of the distance between two fixed points is E>1

b)

Any Curve

c)

An Electrical Plan of a building

d)

The movement of geometric points such that the ratio of the distance between two fixed points is E<1

9.

What is a Cycloidal Curve?

a)

The movement of geometric points such that the ratio of the distance between two fixed points is E=1

b)

Any Curve

c)

A fixed point on the circumference of a circle which rolls without slipping along a fixed straight line on a circle

d)

A Foundation plan of a building

10.

What are the types of Cycloidal Curves?

a)

Involtues and Helix

b)

Cycloids, Epicycloids, Hypocycloids

c)

Ellipse, Parabola, Hyperbola

d)

Inferior Trachoid & Superior Trachoid

11.

What are Conic Sections?

a)

Any fixed line

b)

Any composite shape

c)

The generator of a cone

d)

Figures formed by the intersection of a plane and a circular cone

12.

What are Engineering Curves?

a)

Curves used in Engineering

b)

The Foci of a Curve

c)

The result of the movement of geometric points

d)

Any non-circular Curve

13.

What is a Parabola?

a)

The locus of a point, moving in a plane, such that the Eccentricity of its distance from a fixed point F to the directrix is = 1

b)

The vertex of a Curve

c)

The remaining part of a cone that has been cut

d)

The removed part of a cone that has been cut

14.

What is a Frustrum?

a)

A cone that has not been cut

b)

The top of a cone

c)

The remaining part of a cone that has been cut

d)

The removed part of a cone that has been cut

15.

What is a Frustra?

a)

A cone that has not been cut

b)

The top of a cone

c)

The remaining part of a cone that has been cut

d)

The removed part of a cone that has been cut

16.

What is the correct method of constructing a Focus?

a)

Draw a vertical line of 50mm, then find the midpoint

b)

Measure all of the major axis, then from any end of the minor axis; draw an arc that cuts the major axis

c)

Measure half of the major axis, then from any end of the minor axis; draw an arc that cuts the major axis

d)

Draw a horizontal line of 100mm, then find the midpoint

17.

Which is correct in relation to Eccentricity?

a)

E= distance of the point from the focus/distance of the point from the directrix

b)

E=distance of the point from the Directrix to the vertex

c)

E= distance of the point from the directrix/distance of the point from the focus

d)

E=distance of the point from the Directrix to the Normal

18.

What is a Focus?

a)

The ability to concentrate

b)

The vertex of an Engineering Curve

c)

One of the fixed points on a fixed-line of a given curve

d)

The midpoint of the Directrix

19.

Which of the following terms is used to refer to the ellipse, parabola, and hyperbola collectively?

a)

Asymptote

b)

Conic Sections

c)

involutes

d)

pitch

20.

Which of the following describes why the ellipse, parabola, and hyperbola are called conic sections?

a)

These curves appear on the surface of a cone when it is cut by some typical cutting planes

b)

These curves appear on the surface of a cone when it is cut by any cutting plane

c)

These curves appear on the side of a cone when it is cut by some typical cutting planes

d)

These curves appear on the apex of a cone when it is cut by some typical cutting planes

21.

Which of the following terms is used to refer to conic section curves, cycloids, involutes, and spirals collectively?

a)

plane curves

b)

descending curve

c)

broken curve

d)

ascending curve

22.

Which of the following Engineering Curves would result from an eccentricity of 2/3?

a)

Involute

b)

Helix

c)

Parabola

d)

Ellipse

23.

Which of the following is a method by which an ellipse can be constructed?

a)

Focus Directrix Method

b)

Tangent method

c)

rectangular hyperbola method

24.

Which of the following is a method by which a parabola can be constructed?

a)

Focus Directrix Method

b)

Tangent method

c)

rectangular hyperbola method

25.

Which of the following is a method by which a hyperbola can be constructed?

a)

Focus Directrix Method

b)

Tangent method

c)

rectangular hyperbola method

26.

Which of the following methods can be used to construct an ellipse, parabola, and hyperbola?

a)

Focus directrix method

b)

concentric circle method

c)

arcs of circle method

d)

tangent method

27.

Which of the following Engineering Curves would result from an eccentricity of 3/2?

a)

hyperbola

b)

Helix

c)

Parabola

d)

Ellipse

28.

What is a Directrix?

a)

A 45 degree line used in describing a curve or surface

b)

A slant line used in describing a curve or surface

c)

A relative line used in describing a curve or surface

d)

A fixed-line used in describing a curve or surface

29.

Which of the following Engineering Curves would result from an eccentricity of 1?

a)

hyperbola

b)

Helix

c)

Parabola

d)

Ellipse

30.

What is an asymptote?

a)

A 45 degree line used in describing a curve or surface

b)

A line or any line that runs tangentially to the curve of a hyperbola, but they must be at 90 degrees

c)

A relative line used in describing a curve or surface

d)

A line or any line that runs tangentially to the curve of a hyperbola, but they must be at 60 degrees

31.

What is an archimedean spiral?

a)

This is the locus of a point that moves away from another fixed point at uniform linear velocity and uniform angular velocity

b)

A line or any line that runs tangentially to the curve of a hyperbola, but they must be at 90 degrees

c)

A relative line used in describing a curve or surface

d)

A line or any line that runs tangentially to the curve of a hyperbola, but they must be at 60 degrees

32.

What is an involute?

a)

This is the locus of a point that moves away from another fixed point at uniform linear velocity and uniform angular velocity

b)

A line or any line that runs tangentially to the curve of a hyperbola, but they must be at 90 degrees

c)

This is the locus of a point on a straight line, when the straight line rolls around the circumference of a circle without slipping

d)

A line or any line that runs tangentially to the curve of a hyperbola, but they must be at 60 degrees

33.

What is an helix?

a)

This is the locus of a point that moves away from another fixed point at uniform linear velocity and uniform angular velocity

b)

The locus of a point which moves around a cylinder at a constant velocity whilst advancing along the cylinder at a constant velocity

c)

This is the locus of a point on a straight line, when the straight line rolls around the circumference of a circle without slipping

d)

A line or any line that runs tangentially to the curve of a hyperbola, but they must be at 60 degrees

34.

The types of helix are

a)

bolt and lock

b)

circular and elliptical

c)

superior and inferior

d)

Spring and screw thread

35.

What is the difference between the spring helix and screw thread?

a)

The spring helix

goes around a mass and the screw thread, itself, is not a part of a mass

b)

The spring helix is a mass and the screw thread, it self, is apart of a mass

c)

The spring helix does not go around a mass and the screw thread, itself, is a part of a mass

d)

The spring helix is not a mass and the screw thread, it self, is apart of a mass

36.

What is meant by the term circumference?

a)

Half the length around a circle

b)

The total length around a circle

c)

Quater the length around a circle

d)

A little more than half the length around a circle

37.

What is a trochoid?

a)

This is the locus of a point that moves away from another fixed point at uniform linear velocity and uniform angular velocity

b)

The locus of a point which moves around a cylinder at a constant velocity whilst advancing along the cylinder at a constant velocity

c)

This is the locus of a point on a straight line, when the straight line rolls around the circumference of a circle without slipping

d)

This is the locus of a point not on the circumference of a circle but attached to it as the circle rolls, without slipping along a straight line

38.

If a point "P" is being traced inside the circumference of a circle the curve produced is called an?

a)

Archimedian spiral

b)

Superior trochoid

c)

Inferior trochoid

d)

Asymptote

39.

If a point "P" is being traced outside the circumference of a circle the curve produced is called a?

a)

Archimedian spiral

b)

Superior trochoid

c)

Inferior trochoid

d)

Asymptote

40.

What is the term used in relation to the rotation of circular objects to describe one complete turn?

a)

Spiral

b)

Convolution

c)

lead

d)

Revolution

41.

What is the term used in relation to the helical or spiral movement of objects to describe one complete turn?

a)

Spiral

b)

Convolution

c)

lead

d)

Revolution

42.

What is meant by the term centroid?

a)

A geometric center

b)

The use of a Directrix

c)

The roundness of a shape

d)

The ratio used in the Construction of Particular Engineering Curves

43.

What is meant by the term moment?

a)

A geometric center

b)

The use of a Directrix

c)

The turning effects of a force acting on a member

d)

The ratio used in the Construction of Particular Engineering Curves

44.

What is a cam?

a)

A geometric center

b)

The use of a Directrix

c)

The turning effects of a force acting on a member

d)

A component on which a particular (shape) profile has been modified

45.

What is a plate cam?

a)

The refers to a flat disc that has a certain shape (or a profile) machined on to it

b)

The use of a Directrix

c)

The turning effects of a force acting on a member

d)

A component on which a particular (shape) profile has been modified

46.

What is a face cam?

a)

The refers to a flat disc that has a certain shape (or a profile) machined on to it

b)

This refers to a disc that has a groove machined onto its face and a roller follower is used to follow the groove as the cam rotates

c)

The turning effects of a force acting on a member

d)

A component on which a particular (shape) profile has been modified

47.

What is a cylinder or drum cam?

a)

The refers to a flat disc that has a certain shape (or a profile) machined on to it

b)

This refers to a disc that has a groove machined onto its face and a roller follower is used to follow the groove as the cam rotates

c)

This refers to a cylinder that has had a profile machined on to it and as the cam rotates the profile imparts a particular motion on its follower

d)

A component on which a particular (shape) profile has been modified

48.

What are the types of motion that can be derived from the loci of the follower as it interacts with the cam?

a)

Uniform velocity, Simple Harmonic Motion and Uniform Acceleration or Retardation

b)

Cycloids, Epicycloids, Hypocycloids

c)

Ellipse, Parabola, Hyperbola

d)

Inferior Trachoid & Superior Trachoid

49.

What are the main categories of cams?

a)

Uniform velocity, Simple Harmonic Motion and Uniform Acceleration or Retardation

b)

Cycloids, Epicycloids, Hypocycloids

c)

Plate or face cams, and cylindrical cams

d)

Inferior Trachoid & Superior Trachoid