| TEST di autovalutazione |
| TEST di autovalutazione |
| 1 | The target of the different type of representation of technical drawing is: | ||
| A) | To realize an objective graphic representation through different methods able to respond to the various needs of visual model | ||
| B) | To realize a subjective graphic representation through different methods able to respond to the various needs of visual model) | ||
| C) | To realize only a three-dimensional graphic representation | ||
| D) | To realize only a two-dimensional graphic representation | ||
| 2 | Technical Drawing is also known as: | ||
| A) | Decorating | ||
| B) | Drafting | ||
| C) | Painting | ||
| D) | Depicting | ||
| 3 | Thanks to Gaspard Monge we study: | ||
| A) | The projective Geometry | ||
| B) | Experimental physics | ||
| C) | Mathematic analysis | ||
| D) | The descriptive Geometry | ||
| 4 | Elementary geometry: | ||
| A) | Studies the entities and the elementary geometric figures, their angles, their magnitudes | ||
| B) | Is characterized by the coherent study and systematic of geometric properties (projective) of the figures that remain valid even after the projective transformation | ||
| C) | It is characterized by the study of the methods of graphic construction of the figures and shows its representation by means of projections on a plane | ||
| D) | Studies the properties of figures in relation to a series of transformations called Projective transformations | ||
| 5 | Some concepts that are assumed as existential postulates, not demonstrated, nor demonstrable, enunciate the intrinsic propertie: | ||
| A) | The point has two dimension | ||
| B) | The line has only one dimension | ||
| C) | The plan has four dimensions and is a set of infinite lines | ||
| D) | The line has no size | ||
| 6 | The point is: | ||
| A) | A dimensionless entity and is indicated by a a lowercase letter of the alphabet | ||
| B) | Is a single-dimension entity that of length | ||
| C) | A dimensionless entity and is indicated by a capital letter of the alphabet | ||
| D) | Is a two-dimensional magnitudes length and width | ||
| 7 | The fundamental operations of projective geometry are: | ||
| A) | Section only with a line | ||
| B) | Projection from a point or from a line and section with a line or with a plane | ||
| C) | Projection from a point and section only with a plane | ||
| D) | Only projections from a point or from a line | ||
| 8 | The main methods of representation are: | ||
| A) | Four | ||
| B) | Two | ||
| C) | Ten | ||
| D) | Eleven | ||
| 9 | The category of the projections Central or conical: | ||
| A) | Can be traced back to the double projection method Ortho method of Monge | ||
| B) | Consists of the method of the axonometric | ||
| C) | Can't be traced back to the conical linear perspective method | ||
| D) | Can be traced back to the conical linear perspective method | ||
| 10 | If the projection center is improper C ∞: | ||
| A) | The projecting beams are parallel between of them and the projection will be called parallel or cylindrical | ||
| B) | The projecting beams are orthogonal between of them and the projection will be called parallel or cylindrical | ||
| C) | The projection will be called central | ||
| D) | The projecting beams are parallel between of them and the projection will be called conical or central | ||