Zeinab Zeineddine is seeking a teaching position as a mathematics teacher. She has over 10 years of experience teaching mathematics to middle school students in Lebanon. Her resume highlights her strong teaching skills and student success on standardized exams. She regularly attends workshops to improve her teaching methods and integrate new technologies into the classroom.
La ley de Fourier describe el flujo de calor a través de materiales. Se puede simplificar la ecuación mediante la adimensionalización para eliminar las unidades físicas y resaltar las variables clave que controlan el proceso de transferencia de calor.
Zeinab Zeineddine is seeking a teaching position as a mathematics teacher. She has over 10 years of experience teaching mathematics to middle school students in Lebanon. Her resume highlights her strong teaching skills and student success on standardized exams. She regularly attends workshops to improve her teaching methods and integrate new technologies into the classroom.
La ley de Fourier describe el flujo de calor a través de materiales. Se puede simplificar la ecuación mediante la adimensionalización para eliminar las unidades físicas y resaltar las variables clave que controlan el proceso de transferencia de calor.
Diapositiva de la 14° Conferencia - Miercoles 23-11-2016
-PhD. Roxana Bravo Manrique - Especialista en Innovación y Políticas del FONDEP
TEMA: "Innovación en la Educación, FONDEP y los laboratorios de innovación"
Pueden #Descargar, #Imprimir, #Compartir
Naeem Hassouna is a clever and hard-working student who loves sports, drawing, and has many hobbies. He has always displayed good manners and has a wonderful, supportive family, especially his sister who is one of the teacher's best students. The teacher is proud of Naeem's bright future and hopes he achieves full marks on the official exam that year.
This document contains 25 questions about loci (the set of points whose position satisfies one or more specified conditions). The questions ask about the loci of points on various moving objects, including the minute hand of a watch, a point on a rope tied to a dog, points on doors and garage doors opening, points on pendulums and satellites, and points equidistant from or a certain distance from other points or lines. The final question lists some common types of loci, such as points a constant distance from a fixed point or equidistant from two fixed points.
Diapositiva de la 14° Conferencia - Miercoles 23-11-2016
-PhD. Roxana Bravo Manrique - Especialista en Innovación y Políticas del FONDEP
TEMA: "Innovación en la Educación, FONDEP y los laboratorios de innovación"
Pueden #Descargar, #Imprimir, #Compartir
Naeem Hassouna is a clever and hard-working student who loves sports, drawing, and has many hobbies. He has always displayed good manners and has a wonderful, supportive family, especially his sister who is one of the teacher's best students. The teacher is proud of Naeem's bright future and hopes he achieves full marks on the official exam that year.
This document contains 25 questions about loci (the set of points whose position satisfies one or more specified conditions). The questions ask about the loci of points on various moving objects, including the minute hand of a watch, a point on a rope tied to a dog, points on doors and garage doors opening, points on pendulums and satellites, and points equidistant from or a certain distance from other points or lines. The final question lists some common types of loci, such as points a constant distance from a fixed point or equidistant from two fixed points.
2. Trashion / Remade FISUPANTS
(Kulutus 4 M/L - vaikeusaste 2)
Tarvikkeet: Sakset, nuppineulat, mittanauha, ompelukone ja ompelulanka.
1.
LEIKKAAMINEN (mitat kappaleissa voivat muuntua riippuen t-paidan mittasuhteista.
1. Leikkaa lahjekappaleen alaosat neljästä t-paidasta helmaosio poikki kainalon alta ja leikkaa
auki toinen sivusauma ja avaa kappale pitkäksi palaksi (punainen viiva).
2. Leikkaa näistä 1. kappaleista lahkeet 4 kpl (punainen kappale, kaava -----) ja ylijäävästä
osasta 2xvyötärönauhat (Sininen kappale).
3. Leikkaa kaikkien kahden paidan ylijäävästä selkäkappaleesta haarakappaleet. Yhteensä
kaksi kappaletta. (Vihreä kappale, kaava nro --).
4. Yhteensä sinulla on nyt 8 kappaletta.
3. Haara kappale 2kpl
takakappaleen selkä osa.
Avaa kappale pitkäksi
2. solminta nauha
2. 4kpl lahje
1,0m
0,32cm0,32cm
0,25cm
0,59cm
0,59cm
0,06cm
3. OMPELEMINEN
1. Yhdistä sivukappaleet ja haara kappaleet suora ompeleella nurjat pyolet vastakkain. Aloita
ylhäältä. Tee samat myös tuplakappaleisiin!
2. Yhdistä nyt etu - ja takakappale toisiinsa sivusaumoista suoraompeleella nurjat puolet
vastakkain niin että printtipuoli jää sisään (sininen katkoviiva 1).
3. Ompele haarasauma umpeen suora ompeleella (sininen katkoviiva 2).
1. 1.
1. 1.
2.
4. Vyönauha. Ompele leikatut vyönauhat yhteen suoralla ompeleella. Käännä nauha
kolminkerroin ja ompele reunasta yhtenäiseksi siksakilla (sininen katkoviiva 3).
3.
4. 4. Kiinnitä valmis vyönauha takakappaleen keskelle noin 10 cm yläreunasta alas kuten
kuvassa.
10cm