UnknownFacts

alter_native

In October 1991, an 86-year-old oil tycoon was taken to a Houston strip club, where he fell in love with a woman who worked the day shift. The octogenarian’s name was J. Howard Marshall, and he was worth more than $1 billion. And the woman was Anna Nicole Smith, a 23-year-old aspiring model. The two reportedly fell in love at first sight, and the next day, Marshall gave Smith an envelope with $1,000 in cash and told her, “Don’t go to work, my dear. You don’t ever have to go back to work.” The rest was history. Marshall lavished Smith with lavish gifts, including a red Mercedes convertible, access to a bungalow once owned by Marilyn Monroe, and more than $1 million in jewelry. And soon after Smith found fame as a Playboy model, the two married in 1994—but their marital bliss lasted only 14 months before Marshall’s death.

![](https://m.stacker.news/68622)

The Oil Tycoon and the Playboy Muse

Construction_and_Engineering

Australian scientists have found tiny traces of gold in eucalyptus leaves, a remarkable marker of the metal’s location underground.

“This link between vegetation growth and buried gold deposits could be crucial in developing new technologies for mineral exploration,” a press brief said.

Eucalyptus trees can grow up to 10 metres tall. They sink their roots up to 40 metres underground in dry areas to reach water. Their roots can reach up to 40 metres below the surface of the earth to reach gold-rich areas. So when they absorb water, some of the gold is absorbed as well.

![](https://m.stacker.news/68198)

Golden Eucalyptus

BooksAndArticles

In a small town, a farmer named Ernesto lived alone in an old house surrounded by fields. His only companion was a large black pig named Bartolo. Ernesto had raised him since he was a piglet and said that Bartolo was special, almost human. He often spoke to him as if he could understand him.

However, the neighbors avoided the farm, whispering strange stories about noises coming from the barnyard at midnight. They said they could hear laughter, as if someone or something else were there. Ernesto always denied this, although secretly he had begun to notice that Bartolo was acting in a... peculiar way.

One night, when the full moon illuminated the fields, Ernesto woke up to hear knocking on his window. He got up, thinking it was the wind, but when he looked outside, he saw no one. He went downstairs to make sure everything was in order and decided to check the barnyard.

When he arrived, he realized that Bartolo had disappeared.  The corral door was open, although I remembered closing it. Before he could react, he felt a warm breath behind him. When he turned, he found Bartolo, but something was wrong. His eyes glowed with a strange red glow, and a grotesque smile seemed to distort his snout. Ernesto tried to retreat, but Bartolo stood on his hind legs, as tall as a man. In a deep, guttural tone, the pig spoke: "You gave me your company... Now you will give me your soul." Before Ernesto could flee, Bartolo attacked him with a strength impossible for an animal. The farmer's screams were lost in the night. The next morning, the neighbors noticed that Ernesto's pig was loose, wandering around the town. When they approached the farm, they found no trace of the farmer, only deep marks in the ground, as if someone had been dragged into the forest. Since then, every full moon, the inhabitants say they hear strange laughter and heavy footsteps approaching their homes.  Some say that if you see the black pig at your door, you shouldn't look it in the eye... Or you'll end up like Ernesto.

![](https://m.stacker.news/68148)

THE MIDNIGHT PIG

In the northern Thai city of Khanom, there is a unique café that has captured global attention: Sweet Fishs Café. This establishment offers an unusual dining experience where customers are immersed in an aquatic environment while enjoying their meal. The floor of the café is covered in ankle-deep water, where colorful koi and other types of fish swim, some of which give themselves a kind of “spa treatment” by eating dead skin cells from visitors.

![](https://m.stacker.news/68143)

Sweet Fishs Cafe

located in Winnetka, Illinois, is valued at approximately $5,250,000. Its facade, recognized by millions of people since the film’s release in 1990, continues to attract fans, especially at Christmas time, making it a true symbol of classic cinema.

![](https://m.stacker.news/67556)

The iconic house from ‘Home Alone’ (1990),

bitcoin

deleted by author

Ayrton Senna for the first time in Monaco. 1984.

1. Jack up your car when you’re ready to start. Getting the car off the ground will give you easier access to the bleeder screws.

2. Put a 1 by 4 in (25 by 102 mm) piece of lumber under the brake pedal. You can use an alternative spacer, if necessary. This will prevent the pedal from traveling too close to the floor as you begin to bleed the brakes. 

3. Hook a tube to the bleeder bolt of the tire furthest from the reservoir. Push one end of the tube over the brake bleeder bolt using a piece of clear plastic tubing (aquarium tubing works fine).

4. Put the other end of the tube into a jar filled with clean brake fluid. You only need about 2 to 3 inches (51 to 76 mm) of brake fluid in the jar.

5. Have your helper press and hold the brake. Call “down” to your assistant who presses the brake pedal, holds it, and calls “down” back. 

6. Turn the bleeder bolt to the left one quarter-turn. Old fluid and air will go down the tubing into the bottle. You will be able to see the trickle down the line and into the jar.

7. Turn the bleeder bolt to the left one quarter-turn. Old fluid and air will go down the tubing into the bottle.[8] You will be able to see the trickle down the line and into the jar.

8. Ask your helper to release the brake. Call "up" to your helper, who now will lift off the brake and call “up” back to you. This completes one cycle of bleeding that particular line.

9. Repeat this process until new, clear fluid comes from the bleeder tube. After every 5 or 6 times through the cycle, top off the master cylinder reservoir with fresh fluid.

10. Repeat the process on the other brakes. Move to the next furthest wheel from the reservoir and repeat the process with your partner. Be sure to bleed the brakes on all 4 tires.

![](https://m.stacker.news/66651)

![](https://m.stacker.news/66652)

![](https://m.stacker.news/66653)

![](https://m.stacker.news/66654)

![](https://m.stacker.news/66655)

📌 Step-by-Step Guide to Bleeding Your Car's Brake Lines Like a Pro

PSA: be cautious zapping bios

k00b

I agree, but the amount of sats is small, so I don't think the person would waste time creating a bunch of profiles to receive small amounts.

The Maschen rail yard, located near Hamburg, Germany, is the largest in Europe and has been in operation since 1977. With over 80 km of track, it is highly automated and divided into entry and exit areas, allowing for efficient sorting of freight trains. It connects the Port of Hamburg to the European hinterland, handling large volumes of industrial goods and containers, and is essential for European trade and logistics. It also promotes sustainable transport by reducing carbon emissions.

![](https://m.stacker.news/66320)

Maschen Sorting Yard The Logistics Heart of Europe

Switzerland is once again leading the way in technological innovation and sustainability by implementing a pioneering project to install solar panels between railway tracks. This creative solution transforms traditionally underutilized spaces into clean energy sources, without interfering with railway operations.

With one of the densest and most efficient rail networks in the world, the country aims to meet up to 30% of public transport’s electricity needs through this technology. The solar panels will be installed on strategically selected railway corridors, taking advantage of previously unused areas to generate electricity from an abundant renewable source.

The project reflects Switzerland’s commitment to the energy transition, seeking to reduce carbon emissions and increase energy efficiency. In addition, the initiative presents a practical solution for generating renewable energy in a country where space for traditional solar plants is limited due to the mountainous topography.

This model also has the potential to inspire other countries to adopt similar measures, especially those with extensive railway systems.  The idea of leveraging existing spaces to promote sustainability shows how creativity can play a crucial role in solving environmental challenges.

By transforming its infrastructure into a platform for clean energy, Switzerland is reaffirming its position as a global leader in sustainable solutions, demonstrating that technological progress can be combined with respect for the environment.

![](https://m.stacker.news/66316)



Swiss Innovation in Sustainability and Technology

Whether you’re a car enthusiast or simply curious about how your vehicle works, understanding the ignition system is a great place to start. This system is responsible for igniting the fuel-air mixture in the engine cylinders, which in turn powers your car.

Let’s break down the key components of the ignition system as illustrated in the diagram:

1. Battery: This is the power source for the entire system. It provides the initial 12V of electricity.

2. Ignition Coil: This transformer boosts the voltage from the 12V battery to a much higher voltage, typically around 20,000 volts. This high voltage is needed to create a spark that ignites the fuel.

3. Distributor: This component distributes the high voltage current from the ignition coil to the spark plugs in the correct firing order. It ensures that each cylinder receives a spark at the right time.

4. Contact Breaker: This mechanical switch interrupts the flow of current to the ignition coil, creating the spark.  Modern vehicles often use electronic ignition systems that have replaced the contact breaker with electronic components.

5. Spark plugs: These are the final components that deliver the spark to the combustion chamber. The spark ignites the fuel-air mixture, starting the combustion process.

How the ignition system works:

Battery power: The battery supplies 12V of electricity to the ignition coil.

Voltage boost: The ignition coil increases the voltage to thousands of volts.

Spark creation: The contact breaker interrupts the current, causing a spark to jump across the spark plug gap.

Combustion: The spark ignites the fuel-air mixture in the cylinder, releasing energy that pushes the piston down.

Importance of a well-functioning ignition system:

A properly functioning ignition system is crucial to your car’s performance and fuel efficiency. A weak or faulty ignition system can lead to:

Difficult starting: The engine may have difficulty starting or take longer to start.

 Misfires: The engine may misfire, causing a rough idle and reduced power.

Poor fuel economy: Inefficient combustion can lead to increased fuel consumption.

Increased emissions: Incomplete combustion can result in increased emissions of harmful pollutants.

Regular maintenance:

To keep your ignition system in top shape, it is important to perform regular maintenance, including:

Replacing the spark plugs: Replace the spark plugs according to the manufacturer’s recommendations.

Inspecting the ignition coil: Check the ignition coil for signs of damage or wear.

Replacing the distributor cap and rotor: Replace these components if they show signs of wear or damage.

By understanding the components and how the ignition system works, you can better appreciate the technology behind your car’s engine. Regular maintenance is essential to ensuring optimal performance and longevity of your vehicle.

![](https://m.stacker.news/65897)

Understanding the Ignition System: A Visual Guide

A car engine is an engineering marvel that converts fuel into mechanical energy, propelling the vehicle forward. It is the car’s power source. Most cars on the road today run on gasoline or diesel and are referred to as internal combustion engines, while a new generation of electric and hybrid engines are becoming popular.

Understanding how a car engine works involves exploring its numerous components and their various functions.

1. Rocker Cover:

A rocker cover or valve cover is a crucial part of an internal combustion engine that protects the engine’s moving parts and prevents oil leaks.

2. Rocker Cover Gasket:

A rocker cover gasket, also known as a valve cover gasket, is a seal that joins the engine’s rocker cover to the engine.

 3. Rocker Arm:

A rocker arm is a lever in an internal combustion engine that transfers motion from the camshaft or pushrod to the valve stem.

4. Valve Spring:

A valve spring is a coil spring that controls the valve train in an engine by holding the valve in the closed position and maintaining contact between the cam and the camshaft.

5. Cylinder Head:

The cylinder head is a crucial part of an engine that covers the top of the cylinders and forms the roof of the combustion chamber.

6. Cylinder Head Gasket:

A head gasket is a seal between the cylinder head and the engine block of a car that performs several vital functions.

7. Cylinder:

A cylinder is a chamber in an engine where fuel is burned to generate power for a vehicle.

8. Valves:

Engine valves control the flow of air and fuel into the combustion chamber and the release of exhaust gases.

 9. Spark Plug:

A spark plug is a part of an internal combustion engine that ignites the air-fuel mixture to start, accelerate, and shift gears.

10. Cylinder Block:

A cylinder block, also known as an engine block, is a key component of an internal combustion engine that houses the cylinders, pistons, and crankshaft bearings.

11. Ignition Distributor:

An ignition distributor is a mechanical and electrical device that directs electricity from the ignition coil to each spark plug in the correct order and at the correct time.

12. Fuel Pump:

A fuel pump is a device that moves fuel from the fuel tank to a vehicle's engine.

13. Piston:

A piston is a moving part of an engine that converts the force of expanding gas into mechanical energy.

 14. Timing Cover:

A timing cover is a part of an engine that protects the timing belt, timing chain, or cam belt from dirt, debris, and other road grime.

15. Connecting Rod:

A connecting rod, also known as a conrod, is a vital component of an engine that connects the piston to the crankshaft.

16. Ring Gear:

A ring gear is a gear wheel that performs multiple functions in an engine.

17. Camshaft:

A camshaft is a mechanical component in an internal combustion engine that converts rotational motion into reciprocating motion.

18. Flywheel:

A flywheel is a heavy, circular, disc-shaped component in an engine that stores rotational kinetic energy and helps the engine run smoothly.

19. Crankshaft:

A crankshaft is a rotating shaft in an engine that converts the reciprocating motion of the pistons into rotational motion.

 20. Oil Pan Gasket:

A gasket is a sealing material located in the engine crankcase that prevents oil leaks.

21. Timing Chain:

A timing chain, also known as a timing chain, is a component of a vehicle's engine that connects the camshaft to the crankshaft.

22. Oil Pump:

An oil pump is a vital part of an engine that circulates pressurized oil to lubricate and cool the engine's moving parts.

23. Oil Pan:

An oil pan is a metal pan attached to the bottom of an engine that contains oil to lubricate, clean, and cool the engine's moving parts.

24. Oil Pump Filter:

An oil pump filter is a wire mesh filter that prevents dirt and debris from entering the engine's oil pump.
![](https://m.stacker.news/65887)

Each Component of a Car Engine Explained with Its Use:

The “Jesus screw” is a fundamental part of helicopters, responsible for connecting the main rotor (which provides lift and control) to the aircraft’s mast. Its function is simple, but essential: to keep the rotor fixed during flight. If this part fails, the rotor will come loose, resulting in total loss of control of the aircraft.

![](https://m.stacker.news/64661)

The “Jesus screw”

In 2018, when the whole world thought Tesla was going to go bankrupt:
- Mercedes predicted: "It'll go bankrupt by summer"
- BMW said: "They'll never mass produce it"
- Wall Street said: "Production nightmare"
So Elon Musk decided to move to the factory, bringing his determination and his pillow.
What happened next surprised all CEOs.
Tesla not only survived, but also exploded powerfully from the abyss
The change was truly drastic:
Musk personally inspected each production station.
- Rewrote software code when necessary.
- Fired managers who didn't share his vision right away.
- Called suppliers at 3 a.m. to pick up parts.
- One night, workers even found him covered in oil while repairing a Model 3 that other engineers had "given up on."
 - Elon told engineers, "We either fix it or we die."
The laughter in the auto industry began to die down when the numbers came in:
- First week: 202 Model 3s.
- Third month: 5,000 per week.
- End of year: First profitable quarter.
Tesla went from being ridiculed to a real threat, turning into a real threat that began to make the entire industry wary.
"It was a very painful time. I don't know, but I was probably a little crazy," Elon shared.
Traditional automakers had:
- Over 100 years of experience.
- Billions of dollars in cash reserves.
- Strong global supply chains.
- Deep political ties.
Today?
Tesla is worth more than Toyota, GM, Ford, and BMW combined.
In just a few years, Elon Musk has transformed a mocked company into an automotive giant, proving that perseverance and vision can change an entire industry. 💎
![](https://m.stacker.news/64310)

A lesson from the world's biggest giant

Inside a bubble, she breathed air directly from the exhaust pipe of a vehicle. The car in question, the Hyundai Nexo, is a hydrogen-powered SUV that emits only water vapor instead of toxic gases. In addition, the Nexo purifies the air as it passes through its filters, removing up to 99.9% of polluting particles, which makes the air emitted cleaner than the surrounding environment. Considered the most environmentally friendly vehicle ever created, it symbolizes a major advance in sustainable mobility and reinforces the commitment to environmental preservation.
![](https://m.stacker.news/63876)

Olympic champion Mireia Belmonte performed an unusual exercise

Memes

The first lady of Brazil looks like a Pamonha

Rapha

I remember when the current president of Brazil Lula was arrested, in 2018, right?

This woman cursed Elon Musk today, right?

This is the difference between a human skeleton and a gorilla skeleton.

In short, a car's air conditioning works as follows:

Compressor: The engine's energy is used to compress a refrigerant gas, increasing its pressure and temperature.

Condenser: The hot, compressed gas passes through the condenser, where it releases heat to the outside environment and turns into liquid.

Expansion valve: The refrigerant liquid passes through an expansion valve, which reduces its pressure and temperature.

Evaporator: The now cold refrigerant liquid passes through the evaporator, absorbing heat from the air inside the car and turning into gas again.

Return to the compressor: The refrigerant gas, now hotter, returns to the compressor, restarting the cycle.

The air that circulates inside the car passes through the evaporator, cooling and eliminating humidity. A fan distributes this cold air throughout the vehicle's interior.

For a more visual understanding, I recommend watching explanatory videos on the subject.

 There are several tutorials available on YouTube that clearly show how each component of the automotive air conditioning system works.

Some tips for taking care of your car's air conditioning:

Perform regular maintenance: Check the refrigerant gas level, change the cabin filter and clean the system.

Use the air conditioning regularly: Sporadic use can lead to the drying out of the seals and the proliferation of bacteria.

Avoid turning on the air conditioning in very low temperatures: This can cause discomfort and increase fuel consumption.

![](https://m.stacker.news/62939)
