Compulsory age for beginning school in Spain is six years old. A primary school is dedicated to the education of all students for the initial eight years. At the age of fourteen, students either enroll in a secondary education school or move on to trade school. This is determined by the students’ grades throughout their primary education. Students who have completed the initial eight years of their education receive a certificate much like what Americans would call a high school diploma.

In the secondary years, academic students continue their education in the formal setting that can be equated to American High Schools while the trade inclined students learn skill sets that are more appropriately termed as a Vo-tech school in the United States. There are distinct advantages and disadvantages to this type of system.

Prior to attending any school in Spain, students must go through an interview process. Any student coming into the country is going to be required to show proof of numerous things, including their previous educational experience. All of the preparations for entering a Spanish school from outside the country should be taken care of prior to arrival to avoid unnecessary and costly delays. Parents will have to prove residency, previous education, immunizations, identification, and provide a photograph of the child for school identification passes.

School schedules vary greatly. They can range anywhere from a typical American school day with classes beginning between 8:00 or 9:00 in the morning and concluding around 3:00 or 4:00 in the afternoon. Other schools allow a two hour lunch with the option of returning home for this break but may run as late as 5:00 in the evening.

Parents interested in sending their child to a Spanish school should double check the schedule before committing to any school. American children may have a difficult time adjusting to the extended schedules of some schools.

Outdoor Wireless Security Camera System

Used in a typical home security setting, the outdoor wireless cameras replace the standard hardwired camera.  They will need some sort of electrical power, but that can be provided by a standard electrical outlet.  There are ones that are battery powered but to remain on all day can drain the battery quickly. You can find solar powered cameras but they could lose power in the event of consecutive rainy days or overcast weather.  Still if you don’t want to go through the trouble of hardwiring your cameras they might be a good option for you.

Wireless IP Security Camera System.

A relatively new addition to security cameras is the IP security camera.  These cameras function in a similar way to a webcam, except they don’t need to be hooked up to a computer.  The camera signal is sent back to a base or connects to your home wireless internet.  Basically the camera is a self contained webcam.  The benefit is that you can log into the camera any time or any place you have a internet connection and see what the camera sees.  This real time monitoring can be recorded via computer or digital video recorder.

Nanny Cam

A nanny cam is a wireless surveillance camera system disguised as an everyday household object.  You can get clocks, DVD players, children’s toys etc, that have hidden cameras built into them.  They can function just like the real object but have the added surveillance system.  Many people use these to view caretakers (like nanny’s) or employees in their homes.  These digital wireless security camera systems can be recorded to DVR or be combined with a wireless IP camera so that you can view the live video remotely via the internet at work.

There are varieties of alarm systems on the market, but many of them are quite expensive and, in addition to being expensive to install, there are monthly fees and other costs involved.

There is one unique, effective and affordable alarm available today. It is one of the most innovative alarms created. The Auto Dialer Security and Safety Alarm is a passive infrared system that monitors any motion in an area where it is set. The armed unit guards the area and if movement happens, a 105db alarm sounds and the Auto Dialer Security and Safety Alarm will call up to five phone numbers that you have pre-set.

The Auto Dialer Security and Safety Alarm can also be used in a store in chime mode, so that when motion is detected, such as when anyone enters the store, you will be alerted. The alarm is easy to set, runs on a 9 volt battery and only has to hook into your phone system with a regular phone cord. Then mount the alarm between 5 and 6 feet above the floor and it is ready to protect you.

The Auto Dialer Security and Safety Alarm is also versatile. You can turn the chimes on and off, as well as the alarm on and off. You can change the phone numbers. The numbers are easy to see and read and there is a pause key, panic key and programmable security code. Last, but not least, there are no monthly fees!

The study of learner-internal factors in SLA is primarily concerned with the question: How do learners gain competence in the target language? In other words, given effective input and instruction, with what internal resources do learners process this input to produce a rule-governed interlanguage?

The critical period research to date

Main article: Critical Period Hypothesis

How children acquire native language (L1) and the relevance of this to foreign language (L2) learning has long been debated. Although evidence for L2 learning ability declining with age is controversial, a common notion is that children learn L2s easily, whilst older learners rarely achieve fluency. This assumption stems from ‘critical period’ (CP) ideas. A CP was popularised by Eric Lenneberg in 1967 for L1 acquisition, but considerable interest now surrounds age effects on second language acquisition (SLA). SLA theories explain learning processes and suggest causal factors for a possible CP for SLA, mainly attempting to explain apparent differences in language aptitudes of children and adults by distinct learning routes, and clarifying them through psychological mechanisms. Research explores these ideas and hypotheses, but results are varied: some demonstrate pre-pubescent children acquire language easily, and some that older learners have the advantage, whilst others focus on existence of a CP for SLA. Recent studies (e.g. Mayberry and Lock, 2003) have recognised certain aspects of SLA may be affected by age, whilst others remain intact. The objective of this study is to investigate whether capacity for vocabulary acquisition decreases with age.

A review of SLA theories and their explanations for age-related differences is necessary before considering empirical studies. The most reductionist theories are those of Penfield and Roberts (1959) and Lenneberg (1967), which stem from L1 and brain damage studies; children who suffer impairment before puberty typically recover and (re-)develop normal language, whereas adults rarely recover fully, and often do not regain verbal abilities beyond the point reached five months after impairment. Both theories agree that children have a neurological advantage in learning languages, and that puberty correlates with a turning point in ability. They assert that language acquisition occurs primarily, possibly exclusively, during childhood as the brain loses plasticity after a certain age. It then becomes rigid and fixed, and loses the ability for adaptation and reorganisation, rendering language (re-)learning difficult.

Cases of deaf and feral children provide evidence for a biologically determined CP for L1. Feral children are those not exposed to language in infancy/childhood due to being brought up in the wild, in isolation and/or confinement. A classic example is ‘Genie’, who was deprived of social interaction from birth until discovered aged thirteen (post-pubescent).

Such studies are however problematic; isolation can result in general retardation and emotional disturbances, which may confound conclusions drawn about language abilities. Studies of deaf children learning American Sign Language (ASL) have fewer methodological weaknesses. Newport and Supalla (1987) studied ASL acquisition in deaf children differing in age of exposure; few were exposed to ASL from birth, most of them first learned it at school.

Results showed a linear decline in performance with increasing age of exposure; those exposed to ASL from birth performed best, and ‘late learners’ worst, on all production and comprehension tests. Their study thus provides direct evidence for language learning ability decreasing with age, but it does not add to Lennerberg’s CP hypothesis as even the oldest children, the ‘late learners’, were exposed to ASL by age four, and had therefore not reached puberty, the proposed end of the CP.

Other work has challenged the biological approach; Krashen (1975) reanalysed clinical data used as evidence and concluded cerebral specialisation occurs much earlier than Lenneberg calculated. Therefore, if a CP exists, it does not coincide with lateralisation.

Although it does not describe an optimal age for SLA, the theory implies that younger children can learn languages more easily than older learners, as adults must reactivate principles developed during L1 learning and forge an SLA path: children can learn several languages simultaneously as long as the principles are still active and they are exposed to sufficient language samples (Pinker, 1995).

There are, however, problems with the extrapolation of the UG theory to SLA: L2 learners go through several phases of types of utterance that are not similar to their L1 or the L2 they hear. Other factors include the cognitive maturity of most L2 learners, that they have different motivation for learning the language, and already speak one language fluently.