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Design for Android OS training (some technical tips)Pavel_Pavelko
The document discusses key concepts for supporting multiple screen sizes in Android, including screen size, density, resolution, and density-independent pixels (dp). It outlines four generalized screen sizes (small, normal, large, xlarge) and densities (ldpi, mdpi, hdpi, xhdpi) that Android supports. Resources like layouts and images can be provided for each configuration to ensure apps look good and make efficient use of space across different devices. Providing density-independent dimensions in dp and multiple resource configurations allows apps to seamlessly adapt to any screen.
This document defines and provides examples of different types of angles and lines:
- Parallel lines do not intersect and have the notation l || m. Examples include floors, windows, and streets.
- Perpendicular lines intersect to form a right angle and have the notation m ⊥ n. Examples include windows and streets.
- Vertical angles are opposite angles that are equal in measure. Supplementary angles form a straight line and sum to 180 degrees. Corresponding angles are in the same position relative to a transversal crossing parallel lines. Alternate interior and exterior angles are between or outside parallel lines on opposite sides of a transversal. Consecutive interior angles between parallel lines sum to 180 degrees. Examples are provided to illustrate each
Website tidak bisa di buka di komputer kitaeasyest
Tiga penyebab utama website tidak bisa diakses yaitu: (1) server hosting mengalami gangguan, (2) alamat IP diblokir oleh router di jalur koneksi, (3) alamat IP diblokir oleh firewall server hosting.
Design for Android OS training (some technical tips)Pavel_Pavelko
The document discusses key concepts for supporting multiple screen sizes in Android, including screen size, density, resolution, and density-independent pixels (dp). It outlines four generalized screen sizes (small, normal, large, xlarge) and densities (ldpi, mdpi, hdpi, xhdpi) that Android supports. Resources like layouts and images can be provided for each configuration to ensure apps look good and make efficient use of space across different devices. Providing density-independent dimensions in dp and multiple resource configurations allows apps to seamlessly adapt to any screen.
This document defines and provides examples of different types of angles and lines:
- Parallel lines do not intersect and have the notation l || m. Examples include floors, windows, and streets.
- Perpendicular lines intersect to form a right angle and have the notation m ⊥ n. Examples include windows and streets.
- Vertical angles are opposite angles that are equal in measure. Supplementary angles form a straight line and sum to 180 degrees. Corresponding angles are in the same position relative to a transversal crossing parallel lines. Alternate interior and exterior angles are between or outside parallel lines on opposite sides of a transversal. Consecutive interior angles between parallel lines sum to 180 degrees. Examples are provided to illustrate each
This document discusses cubes and cube roots. It defines a cube root as the value that, when multiplied by itself three times, equals the original number. It provides examples of finding cube roots and lists properties of cubes and cube roots, such as cubes of even numbers being even and cubes of odd numbers being odd. The document also discusses how to determine if a number is a perfect cube by factorizing it into prime factors that can be grouped into triples. Finally, it notes that not all cube roots have simplified forms.
This document discusses different methods of graphically representing data, including bar graphs, double bar graphs, histograms, and pie charts. It provides examples and definitions of each type of graph. Frequency distribution and how it arranges values from a sample into groups or intervals is also covered. Examples are given showing classifications of data values and their frequencies.
This document discusses cubes and cube roots. It defines a cube root as the value that, when multiplied by itself three times, equals the original number. It provides examples of finding cube roots and lists properties of cubes and cube roots, such as cubes of even numbers being even and cubes of odd numbers being odd. The document also discusses how to determine if a number is a perfect cube by factorizing it into prime factors that can be grouped into triples. Finally, it notes that not all cube roots have simplified forms.
This document discusses different methods of graphically representing data, including bar graphs, double bar graphs, histograms, and pie charts. It provides examples and definitions of each type of graph. Frequency distribution and how it arranges values from a sample into groups or intervals is also covered. Examples are given showing classifications of data values and their frequencies.
2. Que o hinduísmo?
O hinduísmo é unha tradición relixiosa da India.
É a terceira relixión mais extendida no mundo que ten arredor de
novecentos millóns de fieis.
3. Cal é a súa orixe?
A súa orixe mézclase coa da
historia da India. Todo comezou
no val de Indo, unha das
civilizacións más antiguas do
mundo.
4. Práctica do hinduismo:
A sua práctica está basada nas
ensinanzas dos antigos homes
santos e nas antigas escrituras
como os ”Vedas”, os
“Upnishads”, os “Puranas”, os
poemas épicos como o
“Ramayana” e o “Mahabhrata”
e o “Baghavad Gita”.
5. As súas crenzas:
No hinduismo hai diversidade de
crenzas, pero básicamente os
hinduistas creen que detrás do
universo visible (Maya), ao que
atribuen ciclos sucesivos de
creación e destrución, está
o principio que sostén o universo,
Brahmán ou o Atma, a Divinidade.
Abandoar o ciclo de rencarnacións
samsara) e retornar ao principio
divino, constitue o maior de todos
os logros para os hinduistas.
6. Deuses do hinduísmo:
● Abhasura
● Bhaga
● Chaitania
● Daksha
● Gana
● Hánuman
● Iama
● Kali
● Lákshmana
● Majá Vidiá
7. Festas do hinduísmo:
Holi marca o comenzo da
primavera e conmemora a
morte de Holika, unha muller
malvada que según o mito
intentou matar ao seu
sobriño por ser seguidor de
Krishna. A noite anterior de
Holi encendese enormes
fogueiras e queimanse
bonecos de Holika. Hai
procesions, cantos e bailes,
e os participantes botan
auga e tintes uns a outros.
8. A vestimenta hindú:
A vestimenta hindú é moi
colorida, variada e elegante.
Tradicionalmente a muller na
India adoita levar saree, é a
forma máis común e antiga
de vestir, ten 5000 anos de
antigüidade. O saree pode
ser de seda ou de algodón,
ten 5-6 metros de longo, leva
cunha blusa axustada e unha
saia longa chamada petikot.
O vestido de noiva hindú
adoita ser de cor vermella ou
rosa.