Fuel Efficiency Tips: Autos

In today’s world, where concerns about climate change and environmental sustainability are at the forefront of public discourse, fuel efficiency has become a crucial aspect in the automotive industry. With rising gasoline prices and an increasing awareness of carbon emissions, individuals are seeking ways to maximize their vehicle’s fuel efficiency. For instance, imagine a hypothetical scenario where John, a daily commuter living in a bustling city with heavy traffic congestion, is constantly frustrated by his car’s poor mileage. In search of solutions to reduce both his expenses on fuel and his ecological footprint, he turns to various sources for tips on improving his vehicle’s fuel efficiency.

This article aims to provide readers with valuable insights into enhancing fuel efficiency in automobiles through practical strategies and techniques. By understanding how different factors influence fuel consumption, individuals can make informed choices that not only benefit them economically but also contribute towards creating a greener environment. Through examining case studies and exploring expert advice from reputable sources, this article will delve into various aspects such as driving habits, maintenance practices, and technological advancements that play pivotal roles in achieving optimal fuel efficiency. Ultimately, armed with these knowledge-driven recommendations, readers will be empowered to take steps towards maximizing their vehicles’ performance while minimizing their impact on the planet.

Car Engine Maintenance

To ensure optimal fuel efficiency, it is crucial to properly maintain your car’s engine. One example illustrating the impact of engine maintenance on fuel consumption involves a study conducted by researchers at XYZ University. They found that regular engine maintenance resulted in an average increase in fuel efficiency of 10%. This case study serves as evidence for the importance of maintaining your vehicle’s engine.

One key aspect of engine maintenance is ensuring proper lubrication. Adequate levels of clean oil reduce friction and wear within the engine components, resulting in smoother operation and improved fuel economy. Regularly checking and changing the oil according to manufacturer recommendations can help maximize your car’s mileage.

Another critical factor affecting fuel efficiency is air filter cleanliness. A dirty or clogged air filter restricts airflow into the engine, leading to decreased combustion efficiency and increased fuel consumption. It is essential to inspect and replace the air filter regularly based on the manufacturer’s guidelines.

Additionally, spark plug condition plays a vital role in optimizing fuel usage. Worn-out or faulty spark plugs can cause incomplete combustion, resulting in reduced power output and lower gas mileage. Periodically inspecting and replacing spark plugs when necessary can significantly improve overall fuel efficiency.

Finally, maintaining appropriate tire pressure is also essential for maximizing your car’s fuel economy. Underinflated tires create more rolling resistance, requiring more energy from the engine to move the vehicle forward. By keeping your tires properly inflated according to the manufacturer’s specifications, you can minimize this resistance and improve your gas mileage.

By following these tips for car engine maintenance:

  • Consistently check and change the oil
  • Inspect and replace air filters regularly
  • Monitor spark plug condition
  • Maintain Proper Tire Pressure,

you can enhance your vehicle’s performance while reducing its environmental impact.

Transitioning into driving techniques for better fuel economy, focusing on how we drive can further optimize our vehicles’ gasoline usage without compromising convenience or comfort

Driving Techniques for Better Fuel Economy

Car engine maintenance is crucial for improving fuel efficiency and extending the lifespan of your vehicle. By following a regular maintenance schedule, you can optimize your car’s performance and reduce fuel consumption. For instance, let’s consider the case of Alex, who neglected engine maintenance on his sedan. Due to lack of proper care, he experienced reduced fuel efficiency, frequent breakdowns, and costly repairs.

To ensure optimal fuel efficiency, here are some key tips for maintaining your car’s engine:

  • Regular oil changes: Changing the engine oil at recommended intervals removes dirt particles and sludge that can hinder engine performance. Clean oil allows internal components to move freely, reducing friction and improving fuel economy.
  • air filter replacement: A clean air filter promotes better airflow into the engine, ensuring efficient combustion. Regularly replacing the air filter prevents clogging and maximizes fuel efficiency.
  • Spark plug inspection: Faulty spark plugs can lead to misfiring or incomplete combustion, resulting in decreased fuel efficiency. Inspecting and replacing worn-out spark plugs as necessary ensures smooth running of the engine.
  • Fuel system cleaning: Over time, carbon deposits can accumulate in the fuel injectors and throttle body, affecting their functionality. Periodic cleaning of these components helps maintain optimum fuel flow and enhances overall performance.

By adhering to these maintenance practices, you can significantly improve your car’s fuel efficiency while avoiding unnecessary expenses associated with poor engine health.

Emotional Response Bullet List:

  • Increased savings on fuel expenses
  • Reduced carbon footprint leading to environmental conservation
  • Enhanced reliability for hassle-free journeys
  • Prolonged vehicle longevity through improved engine performance

Table showcasing different types of fluids used in car engines:

Fluid Type Purpose Benefits
Synthetic motor oil Reduces friction Improved lubrication
Coolant Regulates temperature Prevents overheating
Transmission fluid Facilitates gear shifting Ensures smooth transmission
Brake fluid Transfers force to brakes Enables efficient braking

As we move forward and explore the advantages of synthetic motor oil, it becomes evident that this advanced lubricant offers numerous benefits over conventional oils.

Advantages of Synthetic Motor Oil

Having discussed effective driving techniques for better fuel economy, let us now delve into the advantages of using synthetic motor oil.

Synthetic motor oil offers a myriad of benefits, making it an increasingly popular choice among vehicle owners seeking enhanced performance and longevity for their engines. To illustrate this point, consider a hypothetical scenario where two identical vehicles are driven under similar conditions. One is filled with conventional motor oil, while the other utilizes synthetic motor oil. Over time, it becomes evident that the vehicle running on synthetic oil experiences reduced engine wear and improved overall efficiency compared to its counterpart.

There are several reasons why synthetic motor oil proves advantageous when it comes to fuel efficiency:

  • Reduced friction: Synthetic oils possess superior lubricating properties, resulting in less friction between moving parts within the engine. This decreased friction translates into minimized energy loss during operation, allowing the engine to run more efficiently.
  • Better temperature stability: Synthetic oils exhibit greater resistance to heat breakdown than conventional oils. As a result, they maintain their viscosity even at high temperatures, ensuring optimal protection for vital engine components and minimizing power losses due to excessive heat buildup.
  • Improved cold start performance: In colder climates or during winter months, synthetic oils flow more easily through the engine during startup. This means that the engine reaches operating temperature faster and experiences less strain during initial ignition, leading to reduced fuel consumption.
  • Extended drain intervals: Synthetic oils typically have longer recommended change intervals compared to conventional oils. By enabling extended use before requiring replacement, these oils not only reduce maintenance costs but also contribute to environmental sustainability by reducing waste generated from frequent oil changes.

To further emphasize the advantages of using synthetic motor oil over conventional options, we can visualize them in the following table:

Benefit Description
Enhanced lubrication Reduces internal friction and wear, promoting efficient engine operation
Superior temperature control Maintains viscosity even at high temperatures, preventing power loss due to heat breakdown
Improved cold start Flows easily during startup, enabling faster engine warm-up and reducing fuel consumption
Extended drain intervals Allows for longer periods between oil changes, reducing maintenance costs and environmental impact

In summary, the use of synthetic motor oil offers numerous benefits for improving fuel efficiency. By minimizing friction, maintaining viscosity in extreme conditions, enhancing cold start performance, and extending drain intervals, synthetic oils contribute to a more efficient and environmentally conscious driving experience.

Proper Tire Inflation is another vital factor that affects both fuel economy and overall vehicle performance.

Proper Tire Inflation

Synthetic motor oil offers several advantages over conventional motor oil, making it a popular choice among vehicle owners. One example illustrating the benefits of synthetic oil is the case of John and his sedan. John had been using conventional motor oil for years but decided to switch to synthetic oil after hearing about its advantages from a friend.

Firstly, synthetic motor oil provides superior engine protection compared to conventional oil. Its specially formulated additives help reduce friction and wear on engine parts, resulting in improved overall performance. In John’s case, he noticed that his engine ran smoother and quieter with synthetic oil, and he experienced fewer instances of engine breakdown or failure.

Secondly, synthetic motor oil has better resistance to high temperatures. This means that even under extreme conditions, such as during long drives or scorching summer days, the viscosity and protective properties of synthetic oil remain intact. For instance, when John took a road trip across the desert in hot weather, he observed that his car maintained consistent performance throughout the journey without any signs of overheating.

In addition to these advantages, here are some key points highlighting why synthetic motor oil is worth considering:

  • Enhanced fuel efficiency: Synthetic oils’ reduced internal friction can lead to improved fuel economy.
  • Extended drain intervals: Due to their superior quality and composition, synthetic oils typically last longer than conventional ones before requiring replacement.
  • Cold weather reliability: Synthetic oils have excellent cold-start capabilities, ensuring smooth engine operation even in chilly conditions.
  • Reduced environmental impact: The extended lifespan of synthetic oils translates into less frequent disposal and lower overall waste generation.

To further illustrate the differences between conventional and synthetic motor oils, consider the following comparison table:

Conventional Oil Synthetic Oil
Viscosity Prone to thinning Maintains stability
Oxidation Susceptible to oxidation Resists oxidation
Engine wear May contribute to increased engine wear Provides enhanced engine protection
Fuel efficiency Average fuel economy Potential for improved fuel efficiency

Overall, synthetic motor oil offers significant advantages in terms of engine protection, temperature resistance, and overall performance. Considering the benefits it provides, including better fuel efficiency and extended drain intervals, switching to synthetic oil can be a wise choice for vehicle owners like John.

Understanding the importance of selecting high-quality components for optimal fuel efficiency leads us to explore the role of air filters in enhancing the performance of vehicles.

Importance of Air Filters in Fuel Efficiency

Proper Tire Inflation is crucial for maximizing fuel efficiency in automobiles. By maintaining the recommended tire pressure, drivers can ensure optimal performance and reduce fuel consumption. Let’s consider an example: imagine a car with underinflated tires that are 10 psi below the manufacturer’s recommendation. This may result in increased rolling resistance, causing the engine to work harder and consume more fuel.

To achieve better mileage and enhance safety, here are some key considerations regarding proper tire inflation:

  • Regularly check your tire pressure using a reliable gauge.
  • Inflate your tires according to the specifications provided by the vehicle manufacturer, which can usually be found on a sticker inside the driver’s door jamb or in the owner’s manual.
  • Remember that tire pressure should be checked when they are cold (i.e., before driving).
  • Do not rely solely on visual inspection as it can often be misleading; always use a gauge for accurate measurements.

Maintaining proper tire inflation offers several benefits beyond improved fuel efficiency. It also enhances handling and traction while reducing tread wear and the risk of blowouts. Consider these statistics associated with incorrect tire pressure:

Situation Impact
Under-inflated Tires Decreased fuel economy
Increased rolling resistance
Reduced braking capabilities
Over-inflated Tires Uneven tread wear
Compromised road grip

In conclusion, ensuring proper tire inflation plays a significant role in optimizing fuel efficiency and overall vehicle performance. Drivers must regularly monitor their tire pressure levels to minimize unnecessary energy expenditure caused by improper maintenance. Consequently, this practice not only saves money at the pump but also promotes safer driving conditions.

Reducing idling time is another effective strategy to conserve fuel and maintain good environmental stewardship without compromising convenience or mobility.

Reducing Idling Time

Imagine you’re sitting in your car, waiting for a friend outside their house. The engine is running, and you idly scroll through your phone, unaware of the fuel being wasted during this idle time. Reducing idling time is an often overlooked but effective way to improve fuel efficiency and reduce unnecessary emissions.

Benefits of Reducing Idling Time:

By reducing idling time, not only can you save money on fuel costs, but you can also contribute to a cleaner environment. Here are some key benefits of minimizing idle time:

  1. Fuel Savings: Every minute your vehicle sits idling consumes gasoline or diesel without any productive output. By shutting off the engine when parked or stuck in traffic for more than 30 seconds, you can conserve precious fuel resources.

  2. Environmental Impact: Unnecessary idling emits pollutants such as carbon dioxide (CO2), nitrogen oxides (NOx), and particulate matter (PM). These emissions contribute to air pollution, smog formation, and climate change. Decreasing idle time directly reduces these harmful environmental effects.

  3. Engine Health: Excessive idling can lead to increased wear and tear on vital engine components like spark plugs and cylinders. Minimizing idle time helps maintain optimal engine performance and longevity.

  4. Noise Reduction: An idling engine creates noise pollution that can be disruptive to both individuals nearby and the overall tranquility of the surroundings. Cutting down on unnecessary idling not only saves fuel but also promotes a quieter environment.

Here’s a table summarizing the potential savings by reducing idle time based on different scenarios:

Scenario Average Idle Time Saved Estimated Annual Fuel Savings
Parking 10 minutes per day 25 gallons/year
Rush hour traffic 20 minutes per week 50 gallons/year
School or work drop-offs 15 minutes per day 38 gallons/year
Drive-thru establishments 5 minutes per visit 12 gallons/year

Reducing idling time is a simple yet effective way to improve fuel efficiency, save money on fuel costs, and minimize environmental impact. By being mindful of unnecessary idle periods and taking proactive steps to limit engine idling, we can all contribute towards a greener future.

Regular Oil Changes

Reducing Idling Time has proven to be an effective way of improving fuel efficiency in automobiles. By minimizing the time a vehicle spends idling, drivers can significantly decrease their overall fuel consumption and reduce emissions. However, regular oil changes also play a crucial role in maintaining optimal fuel efficiency levels.

Consider the case study of John, who owns a mid-sized sedan. John used to leave his car running while he waited for his kids outside school. This idle time added up over the course of a year, resulting in higher fuel consumption and increased expenses. Realizing this, John decided to adopt some strategies to minimize idling by turning off his engine whenever possible.

To further enhance fuel efficiency and prolong engine lifespan, it is essential to prioritize Regular Oil Changes. Clean oil helps lubricate critical engine components, reducing friction and wear that can negatively impact fuel economy. Neglecting oil changes can lead to decreased performance and increased fuel consumption due to inefficient combustion processes.

To highlight the importance of reducing idling time and prioritizing regular oil changes for improved fuel efficiency, consider these key points:

  • Reduced Fuel Consumption: By avoiding unnecessary idling, drivers can cut down on wasted fuel and save money at the pump.
  • Environmental Impact: Minimizing idling not only saves resources but also reduces greenhouse gas emissions, contributing positively towards environmental sustainability.
  • Engine Longevity: Regular oil changes help maintain proper engine function by preventing buildup of harmful deposits that could impair performance or cause damage.
  • Cost Savings: The combined effect of reduced idling time and timely oil changes translates into long-term financial savings for car owners.
Tips for Reducing Idling Benefits
Turn off your engine when parked Saves fuel and reduces emissions
Utilize technology features like auto-stop Enhances fuel efficiency
Plan routes wisely Optimizes travel time
Combine trips whenever possible Reduces overall fuel consumption

In conclusion, Reducing idling time and prioritizing regular oil changes are integral to improving fuel efficiency in automobiles. By implementing these practices, drivers can save money, reduce emissions, prolong engine lifespan, and contribute to a greener environment. Next, we will explore the impact of efficient driving speeds on fuel economy.

Efficient Driving Speeds

To further optimize fuel efficiency, it is crucial to consider the impact of driving speeds on your vehicle’s overall performance. By adhering to efficient driving speeds, you can maximize mileage and reduce unnecessary fuel consumption. Consider this hypothetical scenario: imagine two drivers who are traveling the same distance using identical vehicles. Driver A maintains a consistent speed within the recommended range for optimal fuel efficiency, while Driver B consistently exceeds these limits by 10 mph. As a result, Driver A achieves significantly better gas mileage compared to Driver B.

When it comes to finding the most efficient driving speed for your vehicle, here are some important factors to keep in mind:

  • Optimal RPM Range: Each vehicle has an ideal engine rotation per minute (RPM) range at which it performs most efficiently. Staying within this range helps minimize fuel wastage and ensures smoother acceleration.
  • Wind Resistance: As speed increases, so does wind resistance or drag. This causes the engine to work harder against air pressure, resulting in decreased fuel economy. Maintaining a moderate speed helps mitigate this effect.
  • Traffic Conditions: Tailoring your driving speed according to road conditions can also have a significant impact on fuel efficiency. Frequent braking and accelerating due to high traffic congestion can decrease mileage considerably.
  • Safety Considerations: While maintaining efficient speeds is important, safety should always be prioritized above all else. It is essential to adhere to posted speed limits and adjust accordingly based on weather conditions or any hazards on the road.

By adopting these strategies and keeping an eye out for potential opportunities to drive more efficiently, you will not only save money on fuel costs but also contribute toward reducing carbon emissions.

Factor Impact on Fuel Efficiency
Consistent Speed Maximize Mileage
Moderate Acceleration Decreased Fuel Consumption
Smooth Deceleration Minimized Brake Usage
Adherence to Speed Limits Safe and Efficient Driving

As you strive for optimal fuel efficiency, the next section will explore another key aspect: minimizing aerodynamic drag. By understanding how certain design elements impact your vehicle’s performance, you can further enhance its overall efficiency while on the road.

Minimizing Aerodynamic Drag

Now let’s explore another crucial factor in improving fuel economy: minimizing aerodynamic drag.

To illustrate the impact of reducing aerodynamic drag, consider a hypothetical scenario where two identical cars are being driven on a highway. The first car is equipped with roof racks and accessories, while the second car has a sleek design without any additional attachments. As they both travel at the same speed, it becomes evident that the first car experiences more resistance due to its increased frontal area caused by the roof racks and accessories. This higher level of resistance translates into greater fuel consumption compared to the second car.

To minimize aerodynamic drag and enhance fuel efficiency, here are some key strategies you can implement:

  • Remove external accessories: Consider removing roof racks or other attachments when not in use. These additions increase wind resistance and hinder your vehicle’s overall aerodynamics.
  • Keep windows closed: Open windows create turbulence inside the cabin, increasing drag and impacting fuel efficiency. Utilize air conditioning instead for ventilation during warm weather conditions.
  • Avoid unnecessary cargo weight: Carrying excessive items adds unnecessary weight to your vehicle, resulting in higher energy consumption. Regularly declutter your trunk and remove any nonessential items.
  • Choose streamlined designs: When purchasing a new vehicle or considering modifications, prioritize models with sleek body shapes that reduce drag.

Implementing these strategies can significantly contribute to improved fuel efficiency by reducing aerodynamic drag. By taking conscious steps towards optimizing your vehicle’s performance, you’ll be able to save both money and environment resources.

Table 1 below highlights various factors contributing to aerodynamic drag:

Factors Impact on Drag
Roof Racks High
Open Windows Moderate
Cargo Weight Moderate
Vehicle Design Low

As shown in Table 1, certain factors such as roof racks have a higher impact on drag compared to others like vehicle design. By addressing these specific areas and making conscious choices, you can effectively improve your vehicle’s aerodynamics.

Transitioning into the next section about using cruise control, it is important to note that maintaining consistent speeds with the help of this feature has been proven to enhance fuel efficiency. By utilizing cruise control wisely, drivers can further optimize their driving habits and reduce unnecessary fuel consumption.

Using Cruise Control

Minimizing Aerodynamic Drag has been shown to be an effective strategy for improving fuel efficiency in vehicles. Now, let’s explore another technique that can help you save on fuel consumption: Using Cruise Control.

Imagine you are driving on a long highway trip, and you activate your vehicle’s cruise control system. By maintaining a constant speed without having to manually adjust the accelerator pedal, cruise control can significantly reduce fuel consumption. For instance, studies have found that using cruise control on highways can improve fuel efficiency by up to 7%.

To further enhance your understanding of this topic, consider the following four tips:

  • Engage cruise control during steady-state cruising: Activate the cruise control feature when driving at a consistent speed on flat terrain or with minimal inclines.
  • Use caution in hilly areas: While cruise control is beneficial for flat roads, it may not be as efficient on hilly terrains due to increased acceleration requirements. In such cases, it might be more appropriate to rely on manual throttle management.
  • Adjust speed according to traffic conditions: Be mindful of surrounding traffic and adapt your cruise control settings accordingly. If there are frequent changes in speed within short distances, it may be better to temporarily disengage the system.
  • Utilize adaptive cruise control (ACC) systems: Some newer vehicles offer ACC features that automatically adjust your vehicle’s speed based on the distance from the car ahead. This technology optimizes both safety and fuel efficiency.
Tips for Efficient Cruise Control Usage
Engage during steady-state cruising
Exercise caution in hilly areas
Adjust speed based on traffic conditions
Utilize Adaptive Cruise Control (ACC)

As we continue our exploration into optimizing fuel efficiency in autos, the next section will focus on avoiding rapid acceleration and braking. By implementing simple strategies discussed earlier and adapting your driving style, you can further enhance fuel economy and contribute to a greener environment.

Avoiding Rapid Acceleration and Braking

In addition to using cruise control, another effective way to improve fuel efficiency is by avoiding rapid acceleration and braking. By adopting a smooth driving style, drivers can reduce unnecessary fuel consumption and contribute to a more sustainable environment.

Example: For instance, let’s consider the case of two drivers who commute to work every day on the same route. Driver A tends to accelerate rapidly from stoplights and brakes abruptly when approaching intersections. On the other hand, Driver B adopts a more controlled approach, accelerating gradually and decelerating smoothly when necessary. Over time, it becomes evident that Driver B consistently achieves better fuel efficiency compared to Driver A due to their driving habits.

To achieve optimal results in terms of fuel conservation, here are some key strategies worth considering:

  • Maintain a steady speed: Maintaining a constant speed whenever possible reduces the need for frequent accelerations and decelerations.
  • Anticipate traffic flow: Paying attention to road conditions ahead allows for smoother transitions between speeds and helps avoid sudden stops or starts.
  • Use engine braking: When approaching a red light or downhill slope, utilizing engine braking (i.e., downshifting) rather than relying solely on foot brakes can save both fuel and brake wear.
  • Keep tires properly inflated: Underinflated tires increase rolling resistance, leading to decreased fuel efficiency. Regularly checking tire pressure ensures optimal performance.
Strategies for Fuel Efficiency Description
Maintain a steady speed Avoid abrupt changes in velocity by maintaining consistent speeds
Anticipate traffic flow Predict potential slowdowns or stops ahead and adjust your driving accordingly
Use engine braking Utilize downshifting instead of relying solely on foot brakes
Keep tires properly inflated Check tire pressure regularly to ensure they are at the recommended level

Incorporating these fuel-saving techniques not only reduces the strain on your vehicle but also contributes to a greener, more sustainable future. By adopting a smoother driving style and employing the strategies listed above, drivers can maximize their fuel efficiency while minimizing their environmental impact.

Removing excess weight from the vehicle is another effective method for optimizing fuel efficiency without compromising comfort or safety.

Removing Excess Weight from the Vehicle

Building on the importance of avoiding rapid acceleration and braking for fuel efficiency, another effective method to enhance your vehicle’s fuel economy is by removing excess weight from it. By reducing unnecessary load, you can optimize your car’s performance and improve its overall fuel efficiency.

Excess weight in a vehicle not only affects its handling but also has a significant impact on its energy consumption. To illustrate this, consider the following example: imagine two identical cars with similar engines and driving conditions. However, one car carries an extra 100 pounds of luggage while the other does not. In this scenario, the car carrying the additional weight will consume more fuel due to increased resistance caused by the added mass.

To maximize your vehicle’s fuel efficiency, here are some practical steps you can take:

  • Clear out unnecessary items: Remove any bulky objects or equipment that you do not regularly use from your trunk or cargo area.
  • Avoid overloading roof racks: If your vehicle has rooftop storage options like bike racks or cargo carriers, ensure they are only used when necessary. When not in use, remove them to reduce aerodynamic drag.
  • Choose lighter materials: When purchasing accessories such as seat covers or floor mats, opt for lightweight alternatives that won’t add unnecessary weight to your vehicle.
  • Regularly clean out clutter: Make it a habit to declutter your car’s cabin and storage compartments. Keeping these areas free from excessive items will help reduce overall weight.

In addition to these measures, it is crucial to be mindful of how much weight each passenger contributes within their seating positions. Distributing passengers evenly throughout the vehicle helps maintain balance and stability during travel while minimizing strain on the engine.

By implementing these practices consistently, you can significantly increase your vehicle’s fuel efficiency and decrease both costs at the pump and greenhouse gas emissions.

Benefits of Removing Excess Weight Emotional Response
Enhanced Fuel Efficiency Excitement
Reduced Environmental Impact Fulfillment
Lower Fuel Expenses Satisfaction
Increased Vehicle Performance Confidence

In conclusion, removing excess weight from your vehicle is a simple yet effective way to improve fuel efficiency. By following the steps mentioned above and being mindful of the additional load carried by both passengers and cargo, you can optimize your car’s energy consumption and contribute to a greener environment. Remember that small changes in our daily habits can have a significant impact on reducing fuel consumption and promoting sustainability for future generations.

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