This document provides guidance on marketing strategies for launching websites, apps, and games. It recommends setting up analytics and testing tools before launch, building an email list, creating social media accounts, and setting targets. For apps, it suggests considering the platform and using Phonegap for cross-platform development. For games, it lists essentials like a website, development blog, trailer, demo, and press kit with screenshots.
UX design focuses on the overall experience a user has with a product rather than just the user interface. Some examples of projects a UX design team worked on include a museum app, an app about Britishness, and an app for King Johns House that may have addressed climate change.
Every insurance company is defining the strategy and action plans to implement Digital Insurance. In most boardrooms there is an agreement on the necessity of Digital Insurance. However in many cases there is no clarity on the content of Digital Insurance, time frame of implementation, dependencies with other ongoing projects and strategic activities and the scope of the organizational transformation.
This document provides guidance on marketing strategies for launching websites, apps, and games. It recommends setting up analytics and testing tools before launch, building an email list, creating social media accounts, and setting targets. For apps, it suggests considering the platform and using Phonegap for cross-platform development. For games, it lists essentials like a website, development blog, trailer, demo, and press kit with screenshots.
UX design focuses on the overall experience a user has with a product rather than just the user interface. Some examples of projects a UX design team worked on include a museum app, an app about Britishness, and an app for King Johns House that may have addressed climate change.
Every insurance company is defining the strategy and action plans to implement Digital Insurance. In most boardrooms there is an agreement on the necessity of Digital Insurance. However in many cases there is no clarity on the content of Digital Insurance, time frame of implementation, dependencies with other ongoing projects and strategic activities and the scope of the organizational transformation.
The transformation to a Digital Insurer is complex as it changes the foundation of the organization. Complicating factor is the fast speed of digital innovation in the market and the current digital structure of the organization not able to deal with these changes. The digital transformation is however inevitable and mistakes will create a bigger gap, resulting in business deterioration. In this presentation a vision on Digital Insurance transformation is explained and more information is available to support a digital transformation process in a specific organization.
The document lists the names of various farm and wild animals that are identified in response to the question "What's that?". Animals identified include domesticated species like donkeys, chickens, sheep, cows and horses as well as wild animals such as tortoises, snails, bears, frogs, dolphins, sharks, whales, bats, big cats, elephants, primates and birds.
This document discusses interface design fundamentals and guidelines. It provides sources and guidelines for mobile interfaces on iOS and Android. The fundamentals discussed include knowing your users, using consistent patterns, maintaining a clear visual hierarchy, providing feedback, being forgiving of errors, empowering experienced users, and keeping designs simple. Interface design is about the point of interaction between systems and groups.
This document contains a math lesson on exponents and scientific notation. It includes warm-up problems, rules on negative exponents, examples to simplify expressions using exponents, and problems converting between scientific notation and standard form. The lesson provides instruction on simplifying expressions with exponents, ordering numbers, combining exponents, and writing numbers in different forms including decimal, scientific notation, and standard form. Students are assigned this lesson as homework due the next day.
Six superior advantages of portable crusherlinxiaomo
The portable crawler crushing & screening plant has six main advantages: 1) It can easily shift to places that are difficult to access on both smooth and bumpy roads. 2) It has a compact and simple design that saves space and can operate without external power. 3) It reduces transportation costs by crushing materials on site. 4) It has wide job applications from private use to working with other units. 5) It has good performance and convenient maintenance as components are from the same manufacturer. 6) It can be flexibly arranged in different configurations depending on site needs.
Recovery of 4-Aminophenol from Aqueous Solution Using Different techniques IJARIIE JOURNAL
4-Aminophenol belong to a class of organic substances of particular environmental interest. Due to their
widespread discharge into environment and their toxicity to many living organisms, phenol and its amine derivates
are presently found on most priority lists of hazardous substances.
Different techniques to separate phenolic compounds from aqueous solution has been developed which includes
extraction, absorption, distillation , freeze crystallization ,etc. To separate a phenolic compound from effluent & to
recover it is an essential need for the industry today. This report presents experimental for aqueous solution of 4aminophenol
with
help
of
Distillation
and
freeze
crystallization
system
which
is
utilized
in
finding
%
recovery
of
4aminophenol.
Using freeze crystallization method we did not get any recovery of 4-aminophenol so freeze
crystallization method don’t work in recovery of 4-aminophenol from aqueous solution. then used distillation
technique we get 80% recovery of p-aminophenol from aqueous solution. Based on experimental data, we proposed
to design the batch distillation column.
This document emphasizes that customers are the most important part of a company. It states that the company is dependent on customers, not vice versa, and that customers are the purpose of the company's work, not an interruption. It thanks both past and present customers for allowing the company to serve them.
Effect Of Addition Of Calcium Chloride On Separation Of Acetic Acid-Water Mix...IJARIIE JOURNAL
The study of influence of salt on vapour liquid equilibrium of solvent mixture is of interest, because addition of salt
to a mixed solvent will enhance the relative volatility and break azeotrope of the mixture.Salt-Effect distillation is a
method of Extractive distillation in which salt is dissolved in the mixture of liquids to be distilled. The salt acts as a
separating agent by raising the relative volatility of the mixture and by breaking any azeotropes that may otherwise
form.Vapour-liquid equilibrium (VLE), is a condition where a liquid and its vapour (gas phase) are in equilibrium
with each other or more precisely a state where the rate of evaporation equals the rate of condensation on a
molecular level such that there is no overall vapor-liquid inter-conversion. The addition of calcium chloride to this
solvent mixture increases the water concentration in vapour phase at equilibrium. This indicates a preferential
association of salt with less volatile component, acetic acid in the acetic acid-water mixture, water is more volatile
component in acetic acid-water mixture. Most of the Salt effect studies were carried out at saturated level of salt.
The objective is to study the effect of addition of CaCl
on separation of Acetic acid – water mixture and to find out
the possibility of the use of concentrated solution of CaCl
2
as a solvent for separating dilute solution of acetic acid
in water by extractive distillation process.
1. ZER DA ENERGIA?
Enegia gure inguruan gertatzen diran aldaketa guztien erantzulea da.Orokorrean ezin
dugu energia ikusi baina gorputzean zer eragin daukan igarri daikegu.
ENERGIA MOTAK
*Mekanikoa:mogitzen dagoan objetuak daukien energia da.Adibidez, olatuek edo
haizeak daukiena.
*Argi energia:hainbat gorputzek argi moduan igorten dabena da.Gorputz argidunak
naturalak (adibidez, eguzkia) edo artifizialak (adibidez, bonbilea) izan daitekez.
*Bero energia:Gorputzek bero moduan igorten dabena da, adibidez, eguzkiak edo
suak igorten dabena.Gorputz batek zenbat eta tenperatura altuagoa izan, orduan eta
2. energia termiko gehiago izango dau.
*Energia kimikoa:hainbat substantziatan batzen dan energia da; Adibidez, petrolioan,
elikagaietan edo dinamitan batzen dana; eta substantzia horeek erretean, oxidatzean
edo lehertzean askatzen da.Pilak eta bateriek ere energia kimikoa gordetzen dabe, eta
erergia hori energia elektrikoa bihurtzen dabe.
*Energia nuklearra:hainbat substantzietatik lortzen da, adibidez, uraniotik, erradiotik
eta poloniotik.
*Energia elektrikoa:Etxeetan gehien erabilten dan energia da.Errez lortzen da ur
jauzien, eguzkiaren argiaren nahiz airearen igidurearen bidez.
3. ENERGIA ALDATU EGITEN DA
Energia ez da sortzen, ezta suntzitzen ere;aldatu egiten da.Hau da, hainbat
motatako energiak beste mota batzuetako energiak bihurtzen dira.Adibidez, esku
biak igurtzi ezkero, energia mekanikoa (mogimendua) bero energia (beroa)
bihurtzen dogu.
Energia elektrikoa errez lortu daiteke eta beste hainbat motatako energia bihurtu
daiteke, adibidez, energia mekanikoa, argi energia edo bero energia.Horregaitik,
sarrien erabilten dogun energia motea da.Halan ere, unitate honeetan ikusiko
dozunez, energia elektrikoa sortzeak ingurumena hondatu daiteke.
ENERGIA ITURRIAK
Energia iturriek energia emoten deuskuen materialak edo fenomenoak dira.Material
batzuk, adibidez, ikatza eta petroleoa, eta fenomeno batzuk, adibidez, haizea edo
olatuak, energia iturriak dira.
4. ENERGIA ITURRI BARRIZTAGARRIAK
Energia iturri barriztagarrietatik energia garbia lortzen da, hau da, ingurumena
kutsatzen ez dauana.Iturri barriztagarri nagusiak Eguzkia, haizea, ura eta biomasea
dira.
*Eguzkia:Eguzki panelen bidez eguzki energia aprobetxatu eta bero energia edo
energia elektriko bihurtu daikegu.
5. *Haizea:Aerosorgailuen bidez haize energia edo energia eolikoa ustiatzen dogu, eta
energia mekanikoa energia elektriko bihurtzen da.
*Ura:Presak eta urtegiak eraikiz, ura batzen da;eta, gero, garaiera jakin batetik
isurten da, uraren mogimendua aprobetxatzeko.Energia hidraulikoa zentral
hidroelektrikoetan ustiatzen da, ur jauzien energia mekanikoa energia elektriko
bihurtzeko.
6. *Mariomotriza:Instalazino mareomotrizen bidez, itsasgorako eta itsas beherako ur
masen mogimendua eta itsasoko olatuena erabili daiteke.Energia mareomotriza
energia elektrikoa lortzeko ustiatzen da.
*Biomasa:Materia organikoa (adibidez, landara hondakinak edo zaborrak)errez edo
tratatuz, energia lortzen da, eta energia hori energia termiko edo elektriko bihurtu
daiteke.Energia iturri horri biomasa deitzen jako.
ENERGIA ITURRI EZ-BARRIZTAGARRIAK
Energia iturri ez barriztagarriak oso arin kontzumitzen dira, oso mantso birsortzen
dira eta horreen erabilereak ingurumena kutsatzen dau.Iturri ez barriztagarri
nagusiak honeek dira:Petroleoa, Ikatza, Gas naturala, Substantzia erradioaktiboak
eta lurraren barruko beroa.
7. *Petroleoa:Mundu osoan gehien erabilten dan energia iturria da.Gaur egungo
kontsumo erritmoari eutsi ezkero, ostera, 50 urte barru agortu egingo dala
aurreikusi deuskue adituek.Petroleotik abiatuta, hainbat erregai lortzen dira,
(adibidez, gasolinea eta gasoleoa) eta hortik aparte plastikoak fabrikatzen dira.
*Ikatza:Ikatza erabiliz, zentral termikoek energia elektrikoa lortzen dabe.
8. *Gas naturala:Gas naturala etxeetako sukaldeetan eta berokuntzatan erabilten da.
*Substantzia erradioaktiboak:Zentral nuklearretan substantzia erradioaktiboetatik
abiatuta energia nuklearra lortzen da eta gero energia elektriko bihurtzen da.
*Energia geotermikoa:Lurraren barrualdeko beroaren bidez, energia geotermikoa
lortzen da, eta, gero, energia elektriko bihurtzeko erabili daiteke.
9. GAUR EGUNGO MUNDUA ETA ENERGIA ITURRIAK
Herrialde garatuek eta garapen bidean dagozan herrialdeek energia asko
kontsumitzen dabe.Energia hori iturri ez barriztagarrietatik lortua izaten da, modu
nagusian eta hori dala eta hori dala eta energia konbentsional deitutako energia
iturri horreei, horreexek diralako gehien erabilten diranak.
ENERGIAK INGURUMENEAN SORTZEN DAUZAN ONDORIOAK
*Paisaia hondatzen dabe:Gasa petrolioa edo ikatza lortzeko meatzeak eta hobiak
hondeatzen dira, eta behar horreek paisaia hondatzen dabe.
10. *Arriskua:Energia lortzeko instalazioek arriskuan jarri daikiez inguru horreetako
animalia ezpeziek.
*Erregaiak erretean:substantzea kutsagarri asko eta asko igorten dira, adibidez,
atmosferara karbono dioxido asko igorten da, eta horreen ondorioz, berotegi efektu
naturala handitu egiten da.Erebai kutsatutako ur horri ur hazido deitsen jako eta
landaradiaren eta faunearen gainean jaustean, horreek suntsitu daikiez.Eta eraikin
nuklearrak ere hondatzen dabe.
11. EKINTZA KOLEKTIBOAK
*Energia garbia:Energia garbia lortzeko energia alternatiboen erabilerea bultzatzen
dabe, diru laguntza publikoen bidez eguzki plakak eta aerosorgailuak instalatzea
sustatuz.
*Energia eginkortasuna:hobetzen ahalegintzen dira eta energia hobeto
aprobetzatzeko aukerea emoten dabe.
12. *Energia aurreztea:sustatzen dabe; informazino kanpainen bidez.Energia gutzi
erabiltzen deutseneei saritzen deutsie eta larregi erabilten dabenei isuna jartzen
diote.
BANAKAKO EKINTZAK
*kontsumo txikiko bonbilak erabiltea, ohiko bonbilek kontsumitzen daben
energiaren laurena erabilten dalako.
13. *Argiak eta makinak erabilten bukatzean itzali.
*berokuntza eta aire girotua beharrezkoa denean besterik ez erabiltea.
*Garbigailua beteta dagoanean bakarrik jartea.
14. *Bide laburrak egiteko autoa ez erabiltea.
*Gure udalak edo herriko alkarteek sustatutako energia aurrezteko kanpainetan
parte hartzea.
EGILEA:GAROA MORALES