• Aucun résultat trouvé

Art Cartésien de la Saint Valentin (1-Quadrant)

N/A
N/A
Protected

Academic year: 2021

Partager "Art Cartésien de la Saint Valentin (1-Quadrant)"

Copied!
3
0
0

Texte intégral

(1)

Réponse d’Art Cartésien de la Saint-Valentin

Nom:

Date:

Utilisez cette page pour véri ier la précision avec laquelle vous avez tracé les

points.

5 10 15 20 25 30 35 40 45 50 55 60 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 x y

(2)

Coordonnées d'Art Cartésien de la Saint-Valentin

Nom:

Date:

Tracez les points de coordonnées sur cette page sur une grille de coordonnées

pour découvrir l’image. Joignez les points dans l’ordre avec des segments de ligne.

Utilisez les couleurs af ichées pour de meilleurs résultats.

Ligne 1 {Rouge}: (29,26), (32,21), (34,17), (34,15), (32,12), (29,10), (22,7), (21,2), (20,0), (19,1), (19,5), (18,8), (18,10), (21,11), (23,13), (27,15), (25,17), (21,20), (15,16), (12,15), (5,15), (3,12), (2,9), (0,10), (0,17), (2,18), (4,18), (7,20), (11,21), (13,24), (17,26), (18,29) Ligne 2 {Rose}: (18,29), (21,32), (21,35), (17,36), (16,38), (17,40), (13,39), (16,41), (11,41), (14,43), (9,43), (13,44), (7,45), (11,45), (5,47), (9,47), (4,49), (3,51), (8,49), (4,52), (3,55), (7,52), (4,56), (4,58), (10,53), (9,56), (11,54), (9,60), (11,56), (10,62), (11,59), (11,64), (14,57) Ligne 3 {Violet}: (14,57), (18,54), (19,52), (19,49), (21,46), (23,47), (24,48), (24,50), (23,48), (23,50), (21,49), (22,51), (20,52), (21,53), (21,56), (20,57), (21,58), (22,60), (21,60), (22,61), (23,61), (23,63), (24,62), (26,63), (28,62), (30,62), (32,61), (33,62), (33,60), (35,63), (36,61), (35,59), (34,58) Ligne 4 {Magenta}: (34,58), (35,57), (35,53), (36,52), (35,51), (35,50), (34,50), (35,49), (34,48), (33,47), (31,47), (30,45), (31,44), (35,43), (38,42), (40,43), (44,44), (47,43), (48,44), (49,44), (50,45), (50,48), (49,50), (45,53), (42,56), (40,43), (42,56), (42,57), (43,57), (43,56), (45,54), (48,52), (51,49), (51,45) Ligne 5 {Lavande}: (51,45), (51,44), (52,44), (52,43), (58,45), (60,45), (58,44), (52,43), (52,41), (53,39), (53,36), (52,32), (50,30), (47,27), (47,25), (46,25), (46,26), (41,38), (46,26), (47,28), (49,30), (51,33), (52,36), (52,38), (51,40), (46,40), (41,38), (38,38), (35,37), (33,37), (32,34), (32,31), (29,26)

(3)

Grille d'Art cartésien de la Saint-Valentin

Nom:

Date:

Tracez les points de coordonnées sur cette grille.

5 10 15 20 25 30 35 40 45 50 55 60 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 x y

Références

Documents relatifs

We ®nd that the central polar cap convection changes associated with short duration southward turning of IMF has 3 com- ponents: (1) an initial response to a southward transition

Comparison with the results obtained by pure velocity interpolation combined with a hydro- graphic data subset indicates major di€erences in the derived salt transports and the

active longitude range on the theoretical CML-Io phase diagram, taking into consideration key parameters such as the observation frequency, the half-angle of the emission hollow

This work is devoted to aerosol optical characteristics of degassing plumes, retrievals of size distributions and refrac- tive index values, and consequent inferences about

In region I, the electrons emitted from the left cathode are influenced by the combination of the electrical and magnetic fields: they are accelerated by the electrical

The abundance of Calanus helgolandicus was explained by the interaction between Peaks T diff and the magnitude of the chl a bloom (Table 1). The increase of the time between the 2

Instantanous kinetic (KE) and magnetic (ME) energy density spectra, as functions of the spherical harmonic degree `, in DNS, qDNS and LES simulations performed at 21 percent (a) and

Our detailed A1-A2 section (Figure 4b) clearly illustrates all major structural units of our study area, already commented from our map: from west to east (1) the eastern portion