IELTS General Training Reading Practice Test 5

Text A — TENANCY HANDBOOK: KEY RULES FOR NEW TENANTS AT OAKWOOD COURT

Welcome to Oakwood Court. This summary outlines the main rules of your assured shorthold tenancy agreement. Your full tenancy contract takes priority over this summary in any case of conflict.

RENT AND DEPOSIT Rent is payable monthly in advance by standing order on the 1st of each calendar month. Rent that is more than seven days late incurs a £25 administrative fee. Your security deposit of five weeks' rent is normally held by the government-approved Tenancy Deposit Scheme; you will receive certification details within 30 days of moving in. The deposit will be returned, less any agreed deductions, within 10 working days of you returning the keys and the end-of-tenancy inspection.

NOISE AND NEIGHBOURS "Quiet hours" generally run from 22:00 to 08:00 from Sunday to Thursday and from 23:00 to 09:00 on Friday and Saturday. Music, parties, DIY noise, and similar activities are not permitted during quiet hours. Persistent breaches will normally be treated as a breach of tenancy and may lead to action under the lease.

PETS Pets are permitted with prior written approval from the property manager. A non-refundable pet fee of £150 per pet applies. Dogs must be kept on a lead in all common areas. Aquariums larger than 60 litres are not permitted because of the risk of leak damage to flats below.

INTERNAL DECORATION AND ALTERATIONS You may put up pictures using removable adhesive hooks. Drilling holes, painting walls in colours other than the original magnolia, and any structural alteration generally require prior written consent from the property manager. Failure to obtain consent may sometimes result in the restoration cost being deducted from your deposit.

ENDING THE TENANCY A standard tenancy runs for 12 months and then continues on a rolling monthly basis. To end the tenancy after the fixed term, you must provide two calendar months' written notice. Notice received after the 1st of the month normally counts from the 1st of the following month.

Text B — UNDERSTANDING YOUR UTILITY BILLS

This leaflet helps new tenants understand the utility bills they will receive at Oakwood Court.

ELECTRICITY AND GAS Each flat has a separate smart meter for electricity and (where applicable) gas. You may choose your own supplier; the current default supplier is Southern Energy plc. Bills are normally issued monthly and can be paid by direct debit, online card payment, or in cash at any post office. The unit price varies by tariff and time of day; off-peak unit prices (00:00 - 07:00) are about 40% lower than peak prices. Energy-saving tip: heating accounts for roughly 55% of an average household's gas use, so reducing the thermostat by even 1°C noticeably reduces bills.

WATER Water is supplied by Coastline Water and metered for each flat. Bills are issued every six months in March and September. The standing charge of £35 per quarter covers infrastructure and metering. Sewerage is charged separately at 92% of fresh-water usage. Help with bills is sometimes available through the WaterSure scheme for households on certain low-income benefits with metered supplies and high essential water use.

COUNCIL TAX Council Tax is set by the local council and depends on the valuation band of the property (Oakwood Court flats are mostly Band C). Single occupants typically receive a 25% discount on application. Full-time students are exempt from Council Tax; you must apply through the council's website with a certificate from your university. If you do not pay by direct debit, you may be required to pay your annual liability in 10 monthly instalments from April to January.

BROADBAND Broadband is not included in the tenancy. Most providers can install a service within 14 working days; faster activation may sometimes be available where the property already has a previous occupier's line and a compatible router. Long contracts of 24 months are common, but month-to-month contracts are increasingly available, normally at a premium of around £10 per month.

Text C — RIVERSIDE HEALTHCARE TRUST: INDUCTION HANDBOOK FOR NEW CLINICAL STAFF

Riverside Healthcare Trust runs three hospitals, two rehabilitation centres, and 14 community clinics across the region. This handbook covers the four-week corporate induction that all new clinical staff complete before taking up duties on a ward or in a clinic.

WEEK 1 — CORPORATE INDUCTION A five-day classroom-based programme covering: the Trust's history and structure, code of conduct, raising concerns and the Freedom to Speak Up policy, equality and diversity, information governance, mandatory training (fire safety, manual handling, basic life support, infection prevention and control), and an overview of the electronic patient record (EPR) system. Mandatory training is normally repeated annually thereafter and must be completed by the anniversary of joining; failure to do so will result in suspension of clinical duties until completion.

WEEK 2 — SAFEGUARDING AND CLINICAL FOUNDATIONS Three full days of safeguarding training (Level 3 for clinical staff working with children and vulnerable adults), Mental Capacity Act and Deprivation of Liberty Safeguards, consent for treatment, and a practical workshop on the local protocols for sepsis, stroke, and acute myocardial infarction. Two days are spent shadowing the relevant matron or clinical lead in the area to which you would be assigned.

WEEK 3 — SYSTEMS, SIMULATION, AND DRUGS You will normally spend two days in the simulation centre running scenarios on deterioration recognition, paediatric basic life support, and inter-professional team working. A further two days are spent on the EPR system and on the prescribing and dispensing software. Doctors, nurse prescribers, and pharmacists typically undertake an additional two-hour clinical-skills assessment before being permitted to prescribe under their Trust-issued credentials. The final day of week 3 is dedicated to local policies on controlled drugs, including storage, double-signing, and audit.

WEEK 4 — SUPERVISED PRACTICE AND SIGN-OFF Supervised practice on the ward or in the clinic begins on Monday of week 4. You will normally work alongside a designated preceptor (a senior practitioner in your area) who would sign off a list of core competencies by the end of the week. Any competencies not signed off will trigger an additional one-to-two week supervised period; if competencies cannot be largely achieved within six additional weeks, your line manager will discuss role adjustment with HR. A pass-out interview with the matron or service lead at the end of week 4 confirms readiness for routine duties.

Text D — INFECTION PREVENTION AND CONTROL: KEY DAILY PRACTICES

All clinical staff must comply with these daily infection prevention and control (IPC) standards. Auditors generally visit each ward and clinic monthly. Repeated failure to comply may sometimes result in disciplinary action.

HAND HYGIENE Wash hands with soap and water on entering and leaving any clinical area, before and after every patient contact, before any clean or aseptic procedure, after any exposure to bodily fluids, and after contact with patient surroundings. Alcohol gel may sometimes be used between washes where hands are not visibly soiled. Fingernails must be kept short and unvarnished; false nails are certainly not permitted.

UNIFORM Wear a clean, freshly laundered uniform every shift. Uniforms must be removed before leaving the hospital site and laundered separately at 60°C minimum. Hair must be tied back; jewellery is normally limited to a plain wedding band and small stud earrings. Watches must be removed before any direct patient care.

PERSONAL PROTECTIVE EQUIPMENT Use the appropriate level of PPE for each task. Aprons and gloves are used for routine contact; surgical masks for droplet precautions; filtering face-piece (FFP3) respirators and eye protection for aerosol-generating procedures or for known airborne infections. Used PPE must be disposed of as clinical waste in the orange-lidded bins available in every clinical room.

REPORTING AND OUTBREAK MANAGEMENT Any suspected outbreak of two or more linked cases of an infectious illness must be reported to the IPC team within four hours. The IPC team will then generally coordinate isolation, cohorting, environmental cleaning, and communication with patients, families, and external public-health bodies.

A For most of human history, navigation at sea by night or in poor weather was extraordinarily dangerous. Ships could see neither the coast they were approaching nor the rocks beneath their hulls. The lighthouse, a tall structure displaying a fixed or flashing light to guide ships into harbour or warn them away from danger, has widely been considered one of the most quietly important pieces of infrastructure ever invented. From the bonfires of antiquity to the unmanned LED-and-solar towers of the twenty-first century, the lighthouse traces a recognisable line of technical development across nearly 2,500 years.

B The earliest documented lighthouse is widely considered to have been the Pharos of Alexandria, built on the orders of King Ptolemy II in the third century BC and completed around 280 BC. By any standard, it was extraordinary: contemporary accounts describe a tower at least 100 metres tall, with a wood fire burning on top and a polished bronze mirror behind the flame to project the light outwards. The Pharos stood for around 1,500 years before being destroyed in a series of earthquakes between 956 and 1323 AD. Its outline is preserved in coin designs from the period and gave a Greek word — pharos — that survives in modern languages as the root for "lighthouse" (faro in Italian and Spanish, phare in French).

C The Roman world built lighthouses across its empire, particularly at busy ports such as Ostia, Boulogne, and Dover. The Roman lighthouse at La Coruña in north-western Spain, the Torre de Hércules, dates from the late first or early second century AD and is regarded as the only Roman lighthouse still in operational use today, with modern equipment installed inside its Roman shell. After the collapse of Rome, lighthouse-building in Europe largely lapsed for several centuries. Most maritime guidance was provided by simple bonfires lit on headlands and tended by local communities or, in some cases, by monasteries.

D Lighthouse-building revived in Europe from the late medieval period onwards, often funded by merchant guilds, royal grants, and "light dues" — small fees paid by passing ships, collected at the next port. The Cordouan lighthouse, built at the mouth of the Gironde estuary in France between 1584 and 1611, is widely cited as the first lighthouse equipped with a separate fuel store and the first to be designed by an architect — Louis de Foix — to monumental specifications. Cordouan is sometimes described as the "Versailles of the sea," and remains in service today.

E The greatest technical challenge for lighthouse-builders was constructing towers on isolated rocks in the open sea, where waves could break with extraordinary force over the structure. The English engineer Henry Winstanley built such a lighthouse on the Eddystone Rocks off Plymouth in 1698, but it was destroyed by a great storm in 1703, taking Winstanley with it. A second wooden Eddystone Lighthouse, by John Rudyerd, burned down in 1755. The decisive solution came with the third Eddystone lighthouse, built by John Smeaton between 1756 and 1759. Smeaton invented modern hydraulic cement (a forerunner of Portland cement) that would set under water, and used carefully interlocking blocks of stone in the shape of an oak tree. His tower stood for 120 years before being moved to land for preservation.

F The next great advance was in optics. Before about 1820, most lighthouses simply burned oil and reflected the light using polished metal — generally extraordinarily inefficient. The French engineer Augustin-Jean Fresnel transformed this with the lens that bears his name. A Fresnel lens uses concentric rings of carefully shaped glass to focus diffuse light from a relatively small flame into a narrow, intensely bright beam. Even a first-order Fresnel lens — the largest, generally well over two metres tall — could throw a beam visible at distances of 30 nautical miles or more. Fresnel lenses, fitted from the 1820s onwards, multiplied the visibility of lighthouses across the world.

G The twentieth century saw the gradual replacement of human keepers with automatic equipment. The classic lighthouse keeper — living for weeks at a time in a tiny lantern room far out at sea, climbing the tower nightly to wind a clockwork mechanism that rotated the lens — has been widely viewed as a romantic figure of nineteenth-century literature. By the 1980s and 1990s, almost all of the world's lighthouses had been automated. Trinity House, the lighthouse authority for England and Wales, automated its last manned lighthouse, North Foreland in Kent, in 1998. Modern lighthouses generally use LED lights, solar panels, and remote monitoring; many are operated entirely without on-site staff. Yet the basic function remains exactly what Ptolemy's engineers intended: a light, on a tall tower, warning ships away from the rocks.