Magazine Com digitale

pas le J'ai
U N M A G A Z I N E P O U R L E S E D N H
temps
ISSUE NO. O1 • MARS 2020 • $6.OO
J'AI PAS LE TEMPS
POUR MOI
Des petits conseils et astuces pour prendre
soin de soi dans son corps et dans sa tête.
La santé et le bien-être avant tout !
p. 8
… DE PRÉPARER UN
CHALLENGE SPORTIF
Trois élèves qui se lancent dans une aventure
sportive, leur parcours, leur préparation, leur
motivation.
p. 14
J'AI PAS LE TEMPS DE
CUISINER
Pas de besoin de passer une journée aux
fourneaux avec nos petits secrets et recettes
super simples.
p. 16

sommaire
4
NOTE DE LA RÉDAC'
6
J'AI PAS LE TEMPS DE
M'ORGANISER
Yasmine
8
J'AI PAS LE TEMPS POUR
MOI
Ayoub, Théo, Cloé et Romane
11
J'AI PAS LE TEMPS DE FAIRE
MES COURSES
Camille, Sacha et Jeanne

12
J'AI PAS LE TEMPS DE FAIRE
DU SPORT
Amélie et Clarisse
14
J'AI PAS LE TEMPS DE
PRÉPARER UN CHALLENGE
SPORTIF
Juliette, Nora et Alexia
16
J'AI PAS LE TEMPS DE
CUISINER
Océane, Mathilde et Manon
17
J'AI PAS LE TEMPS DE
MANGER LE MATIN
Arthur
18
J'AI PAS LE TEMPS DE
MANGER AVANT LE SPORT
Yasin, Thomas et Chris

note de la rédac'
Flat maps are created using a map projection
that inevitably introduces an increasing amount
of distortion the larger the area that the map
shows. A globe is the only representation of the
Earth that does not distort either the shape or
the size of large features – land masses, bodies
of water, etc.
Many globes are made with a circumference of
one metre, so they are models of the Earth at a
scale of 1:40 million. In imperial units, many
globes are made with a diameter of one foot,
yielding a circumference of 3.14 feet and a
scale of 1:41,777,000. Globes are also made in
many other sizes.
Most modern globes are also imprinted with
parallels and meridians, so that one can tell
the approximate coordinates of a specific kind
of place.
Globes may also show the boundaries of
countries and their names, a feature that can
quickly become out of date, as countries
change their name or borders.
Many terrestrial globes have one celestial
feature marked on them: a diagram called the
analemma, which shows the apparent motion
of the Sun in the sky during a year.
La notion de temps : on n'a pas le temps de
cuisiner, on n'a pas le temps de lire un livre, on
n'a pas le temps d'avoir un mode de vie sain.
Cette proscratination nous empêche de profiter
de ce temps précieux. Cherchons à vivre notre
meilleure vie, sans regrets, par des petites
choses qui nous facilitera le quotidien !
Sophia Roberts
EDITOR IN CHIEF

le temps console
sauf du tout,
perdu… temps

J'ai pas le
temps de
m'organiser
Écrit par :
YASMINE KHAIRI
With reference to the image of a simulated analemma
in the eastern sky, the lowest point of the analemma
has just risen above the horizon. If the Sun were at
that point, sunrise would have just occurred. This
would be the latest sunrise of the year, since all other
points on the analemma would rise earlier.
With reference to the image of a simulated analemma
in the eastern sky, the lowest point of the analemma
has just risen above the horizon. If the Sun were at
that point, sunrise would have just occurred. This
would be the latest sunrise of the year, since all other
points on the analemma would rise earlier.
None of these points is exactly at one of the ends
of the analemma, where the Sun is at a solstice. As
seen from north-mid-temperate latitudes, as the
diagram shows, the earliest sunset occurs some
time before the December solstice – typically a
week or two before it – and the latest sunrise
happens a week or two after the solstice. Thus, the
darkest evening occurs in early to mid-December,
but the mornings keep getting darker until about
the New Year.
The exact dates are those on which the Sun is at
the points where the horizon is tangential to the
analemma, which in turn depend on how much the
analemma, or the north–south meridian passing
through it, is tilted from the vertical. This angle of
tilt is essentially the co-latitude (90 degrees minus
the latitude) of the observer. Calculating these
dates numerically is complex, but they can be
estimated fairly accurately by placing a straightedge,
tilted at the appropriate angle.

With reference to the image of a
simulated analemma in the eastern
sky, the lowest point of the
analemma has just risen above the
horizon. If the Sun were at that
point, sunrise would have just
occurred. This would be the latest
sunrise of the year, since all other
points on the analemma would rise
earlier.
None of these points is exactly at one of the ends of the analemma, where the Sun is at a solstice. As seen
from north-mid-temperate latitudes, as the diagram shows, the earliest sunset occurs some time before the
December solstice – typically a week or two before it – and the latest sunrise happens a week or two after
the solstice. Thus, the darkest evening occurs in early to mid-December, but the mornings keep getting darker
until about the New Year.
The exact dates are those on which the Sun is at the points where the horizon is tangential to the analemma,
which in turn depend on how much the analemma, or the north–south meridian passing through it, is tilted
from the vertical. This angle of tilt is essentially the co-latitude (90 degrees minus the latitude) of the
observer. Calculating these dates numerically is complex, but they can be estimated fairly accurately by
placing a straight-edge, tilted at the appropriate angle.
With reference to the
image of a simulated
analemma in the eastern
sky, the lowest point of
the analemma has just
risen above the horizon. If
the Sun were at that point,
sunrise would have just
occurred. This would be
the latest sunrise of the
year, since all other points
on the analemma would
rise earlier.

J'ai pas le temps
pour moi
Écrit par :
Mon bien-être et ma santé
AYOUB BOUZI
THÉO BERDOU
CLOÉ AH-KO
ROMANE GRICOURT
Therefore, the date of the latest sunrise is
when the Sun is at this lowest point (29
December, when the analemma is tilted as
seen from latitude 50° north, as is shown in
the diagram)
With reference to the image of a simulated
analemma in the eastern sky, the lowest
point of the analemma has just risen above
the horizon. If the Sun were at that point,
sunrise would have just occurred. This would
be the latest sunrise of the year, since all
other points on the analemma would rise
earlier.
None of these points is exactly at one of the ends of the
analemma, where the Sun is at a solstice. As seen from
north-mid-temperate latitudes, as the diagram shows, the
earliest sunset occurs some time before the December
solstice – typically a week or two before it – and the latest
sunrise happens a week or two after the solstice. Thus, the
darkest evening occurs in early to mid-December, but the
mornings keep getting darker until about the New Year.
None of these points is exactly at one of the ends of the
analemma, where the Sun is at a solstice. As seen from
north-mid-temperate latitudes, as the diagram shows,
the earliest sunset occurs some time before the
December solstice – typically a week or two before it –
and the latest sunrise happens a week or two after the
solstice. Thus, the darkest evening occurs in early to
mid-December, but the mornings keep getting darker
until about the New Year.
The exact dates are those on which the Sun is at the
points where the horizon is tangential to the analemma,
which in turn depend on how much the analemma, or
the north–south meridian passing through it, is tilted
from the vertical.

With reference to the image of a simulated analemma
in the eastern sky, the lowest point of the analemma
has just risen above the horizon. If the Sun were at
that point, sunrise would have just occurred. This
would be the latest sunrise of the year, since all other
points on the analemma would rise earlier.
With refere of a simulated analemma in the eastern
sky, the lowest point of the analemma has just risen
above the horizon. If the Sun were at that point,
sunrise would have just occurred. Thid rise earlier.
dois faire ce qui est
"Tu
pour toi car personne
bien
ne le fera à ta place"
Therefore, the date of the latest sunrise is when
the Sun is at this lowest point (29 December, when
the analemma is tilted as seen from latitude 50°
north, as is shown in the diagram)
None of these points is exactly at one of the ends
of the analemma, where the Sun is at a solstice. As
seen from north-mid-temperate latitudes, as the
diagram shows, the earliest sunset occurs some
time before the December solstice – typically a
week or two before it – and the latest sunrise
happens a week or two after the solstice. Thus, the
darkest evening occurs in early to mid-December,
but the mornings keep getting darker until about
the New Year.
None of these points is exactly at one of the ends of
the analemma, where the Sun is at a solstice. As
seen from north-mid-temperate latitudes, as the
diagram shows, the earliest sunset occurs some
time before the December solstice – typically a
week or two before it – and the latest sunrise
happens a week or two after the solstice. Thus, the
darkest evening occurs in early to mid-December,
but the mornings keep getting darker until about the
New Year.
The exact dates are those on which the Sun is at
the points where the horizon is tangential to the
analemma, which in turn depend on how much the
analemma, or the north–south meridian passing
through it, is tilted from the vertical. This angle of
tilt is essentially the co-latitude (90 degrees minus
the latitude) of the observer. Calculating these
dates numerically is complex, but they can be
estimated fairly accurately by placing a straightedge,
tilted at the appropriate angle.

"le plus grand
secret piur le
bonheur c'est être
bien avec soi"

Flat maps are created using a map projection
that inevitably introduces an increasing amount
of distortion the larger the area that the map
shows. A globe is the only representation of the
Earth that does not distort either the shape or
the size of large features – land masses, bodies
of water, etc.
Many globes are made with a circumference of
one metre, so they are models of the Earth at a
scale of 1:40 million. In imperial units, many
globes are made with a diameter of one foot,
yielding a circumference of 3.14 feet and
accvdfghjynbgfvdcsdefrgthynbgvfdcefghybgvfc
dfgthynb
J'ai pas le temps… de
faire mes courses
vfrgthybhgvfgtbgvfrghynbgvfrhynhbgvthynb
Most modern globes are also imprinted with parallels
and meridians, so that one can tell the approximate
coordinates of a specific kind of place.
Globes may also show the boundaries of countries
and their names, a feature that can quickly become
out of date, as countries change their name or
borders.
Many terrestrial globes have one celestial feature
marked on them: a diagram called the analemma,
which shows the apparent motion of the Sun in the
sky during a year.
Écrit par :
CAMILLE COMBE
SACHA DARTOIS
JEANNE PAU
Sometimes a globe has surface texture
showing topography; in these, elevations are
exaggerated, otherwise they wouldn't be seen.
C'est simple si on s'organise bien !

J'ai pas le temps
de faire du sport
Écrit par :
AMÉLIE LALFOND
CLARISSE DION
None of these points is exactly at one of the ends of the
analemma, where the Sun is at a solstice. As seen from
north-mid-temperate latitudes, as the diagram shows,
the earliest sunset occurs some time before the
December solstice – typically a week or two before it –
and the latest sunrise happens a week or two after the
solstice. Thus, the darkest evening occurs in early to
mid-December, but the mornings keep getting darker
until about the New Year.
The exact dates are those on which the Sun is at the
points where the horizon is tangential to the analemma,
which in turn depend on how much the analemma, or
the north–south meridian passing through it, is tilted
from the vertical. This angle of tilt is essentially the colatitude
(90 degrees minus the latitude) of the observer.
Calculating these dates numerically is complex, but they
can be estimated fairly accurately by placing a straightedge,
tilted at the appropriate angle.
Therefore, the date of the latest sunrise is when the Sun
is at this lowest point (29 December, when the
analemma is tilted as seen from latitude 50° north, as is
shown in the diagram)
None of these points is exactly at one of the ends of
the analemma, where the Sun is at a solstice. As seen
from north-mid-temperate latitudes, as the diagram
shows, the earliest sunset occurs some time before the
December solstice – typically a week or two before it –
and the latest sunrise happens a week or two after the
solstice. Thus, the darkest evening occurs in early to
mid-December, but the mornings keep getting darker

None of these points is exactly at one of the ends of the
analemma, where the Sun is at a solstice. As seen from
north-mid-temperate latitudes, as the diagram shows,
the earliest sunset occurs some time before the
December solstice
The exact dates are those on which the Sun is at the
points where the horizon is tangential to the analemma,
which in turn depend on how much the analemma, or
the north–south meridian passing through it, is tilted
from the vertical. This angle of tilt is essentially the colatitude
(90 degrees minus the latitude) of the observer.
Calculating these dates numerically is complex, but they
can be estimated fairly accurately by placing a straightedge,
tilted at the appropriate angle.
None of these points is exactly at one of the ends of
the analemma, where the Sun is at a solstice. As seen
from north-mid-temperate latitudes, as the diagram
shows, the earliest sunset occurs some time before the
December solstice – typically a week or two before it –
and the latest sunrise happens a week or two after the
solstice. Thus, the darkest evening occurs in early to
mid-December, but the mornings keep getting darker
Therefore, the date of the latest sunrise is when the Sun
is at this lowest point (29 December, when the
analemma is tilted as seen from latitude 50° north, as is
shown in the diagram)
avec "Lève-toi
couche-toi
motivation,
avec satisfaction"

J'ai pas le temps
de préparer un
challenge sportif
Écrit par :
JULIETTE NOIR
ALEXIA
NORA SEMEL
None of these points is exactly at one of the ends
of the analemma, where the Sun is at a solstice. As
seen from north-mid-temperate latitudes, as the
diagram shows, the earliest sunset occurs some
time before the December solstice – typically a
week or two before it – and the latest sunrise
happens a week or two after the solstice. Thus, the
darkest evening occurs in early to mid-December,
but the mornings keep getting darker until about
the New Year.
The exact dates are those on which the Sun is at
the points where the horizon is tangential to the
analemma, which in turn depend on how much the
analemma, or the north–south meridian passing
through it, is tilted from the vertical. This angle of
tilt is essentially the co-latitude (90 degrees minus
the latitude) of the observer. Calculating these
dates numerically is complex, but they can be
estimated fairly accurately by placing a straightedge,
tilted at the appropriate angle.
Therefore, the date of the latest sunrise is when
the Sun is at this lowest point (29 December, when
the analemma is tilted as seen from latitude 50°
north, as is shown in the diagram)
With reference to the image of a simulated analemma
in the eastern sky, the lowest point of the analemma
has just risen above the horizon. If the Sun were at
that point, sunrise would have just occurred. This
would be the latest sunrise of the year, since all other
points on the analemma would rise earlier.
None of these points is exactly at one of the ends of
the analemma, where the Sun is at a solstice. As
seen from north-mid-temperate latitudes, as the
diagram shows, the earliest sunset occurs some
time before the December solstice – typically a
week or two before it – and the latest sunrise
happens a week or two after the solstice. Thus, the
darkest evening occurs in early to mid-December,
but the mornings keep getting darker until about the
New Year.
Therefore, the date of the latest sunrise is when
the Sun is at this lowest point (29 December, when
the analemma is tilted as seen from latitude 50°
north, as is shown in the diagram)

Citations…

J'ai pas le temps
de cuisiner
Écrit par :
OCEANE
MATHILDE DOUBLET
MANON BONZANS
With reference to the image of a simulated analemma
in the eastern sky, the lowest point of the analemma
has just risen above the horizon. If the Sun were at
that point, sunrise would have just occurred. This
would be the latest sunrise of the year, since all other
points on the analemma would rise earlier.
Therefore, the date of the latest sunrise is when
the Sun is at this lowest point (29 December, when
the analemma is tilted as seen from latitude 50°
north, as is shown in the diagram)
None of these points is exactly at one of the ends
of the analemma, where the Sun is at a solstice. As
seen from north-mid-temperate latitudes, as the
diagram shows, the earliest sunset occurs some
time before the December solstice – typically a
week or two before it – and the latest sunrise
happens a week or two after the solstice. Thus, the
darkest evening occurs in early to mid-December,
but the mornings keep getting darker until about
the New Year.
None of these points is exactly at one of the ends of
the analemma, where the Sun is at a solstice. As
seen from north-mid-temperate latitudes, as the
diagram shows, the earliest sunset occurs some
time before the December solstice – typically a
week or two before it – and the latest sunrise
happens a week or two after the solstice. Thus, the
darkest evening occurs in early to mid-December,
but the mornings keep getting darker until about the
New Year.
The exact dates are those on which the Sun is at
the points where the horizon is tangential to the
analemma, which in turn depend on how much the
analemma, or the north–south meridian passing
through it, is tilted from the vertical. This angle of
tilt is essentially the co-latitude (90 degrees minus
the latitude) of the observer. Calculating these
dates numerically is complex, but they can be
estimated fairly accurately by placing a straightedge,
tilted at the appropriate angle.

J'ai pas le temps
de manger le
matin
Écrit par :
ARTHUR PETITSEIGNEUR
Therefore, the date of the latest sunrise is when
the Sun is at this lowest point (29 December, when
the analemma is tilted as seen from latitude 50°
north, as is shown in the diagram)
None of these points is exactly at one of the ends
of the analemma, where the Sun is at a solstice.
As seen from north-mid-temperate latitudes, as
the diagram shows, the earliest sunset occurs
some time before the December solstice –
typically a week or two before it – and the latest
sunrise happens a week or two after the solstice.
Thus, the darkest evening occurs in early to mid-
December, but the mornings keep getting darker
until about the New Year.
The exact dates are those on which the Sun is at
the points where the horizon is tangential to the
analemma, which in turn depend on how much
the analemma, or the north–south meridian
passing through it, is tilted from the vertical. This
angle of tilt is essentially the co-latitude (90
degrees minus the latitude) of the observer.
Calculating these dates numerically is complex,
but they can be estimated fairly accurately by
placing a straight-edge, tilted at the appropriate
angle.
None of these points is exactly at one of the ends of the
analemma, where the Sun is at a solstice. As seen from northmid-temperate
latitudes, as the diagram shows, the earliest
sunset occurs some time before the December solstice –
typically a week or two before it – and the latest sunrise
happens a week or two after the solstice. Thus, the darkest
evening occurs in early to mid-December, but the mornings
keep getting darker until about the New Year.
With reference to the image of a simulated analemma in the
eastern sky, the lowest point of the analemma has just risen
above the horizon. If the Sun were at that point, sunrise
would have just occurred. This would be the latest sunrise
of the year, since all other points on the analemma would
rise earlier.

J'ai pas le temps de manger
avant le sport
Écrit par :
YASIN
THOMAS ANDRE
CHRIS LOWES
With reference to the image of a simulated analemma
in the eastern sky, the lowest point of the analemma
has just risen above the horizon. If the Sun were at
that point, sunrise would have just occurred. This
would be the latest sunrise of the year, since all other
points on the analemma would rise earlier.
None of these points is exactly at one of the ends
of the analemma, where the Sun is at a solstice. As
seen from north-mid-temperate latitudes, as the
diagram shows, the earliest sunset occurs some
time before the December solstice – typically a
week or two before it – and the latest sunrise
happens a week or two after the solstice. Thus, the
darkest evening occurs in early to mid-December,
but the mornings keep getting darker until about
the New Year.
The exact dates are those on which the Sun is at
the points where the horizon is tangential to the
analemma, which in turn depend on how much the
analemma, or the north–south meridian passing
through it, is tilted from the vertical. This angle of
tilt is essentially the co-latitude (90 degrees minus
the latitude) of the observer. Calculating these
dates numerically is complex, but they can be
estimated fairly accurately by placing a straightedge,
tilted at the appropriate angle.
None of these points is exactly at one of the ends of
the analemma, where the Sun is at a solstice. As
seen from north-mid-temperate latitudes, as the
diagram shows, the earliest sunset occurs some
time before the December solstice – typically a
week or two before it – and the latest sunrise
happens a week or two after the solstice. Thus, the
darkest evening occurs in early to mid-December,
but the mornings keep getting darker until about the
New Year.
Therefore, the date of the latest sunrise is when
the Sun is at this lowest point (29 December, when
the analemma is tilted as seen from latitude 50°
north, as is shown in the diagram)

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ISSUE 01
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