Outrageously Funny Search Suggestion Engine :: Surplus

👉 That which remains when use or need is satisfied, or when a limit is reached; excess; overplus.

Alright class, settle down and let’s take a look, At the word “surplus,” a concept we must cook! The dictionary gives us a helpful clue, “That which remains…when needs are through!” Think of it like this, a delicious treat, You bake a pie, oh so sweet! You make ten pies, a wonderful sight, But only six people want them with all their might. What’s leftover? A surplus you see! Extra pie for you and maybe me! 😊 It's also about limits, a reaching the end, Like supplies we have, that happily lend. If you buy fifty pencils, sharp and bright, You have a surplus – a wonderful sight! So “surplus” means more than enough, it’s true, An excess, an overplus, for me and for you! Do you understand now? Any questions to share?

👉 Surplushing is a term in mathematics that refers to an increase in a quantity from its original value. It arises when a quantity grows beyond its initial or carrying capacity, causing it to exceed its maximum possible size. For example: - A car with 100 liters of fuel will have more than 100 liters after driving for 3 hours. - A tank initially filled with 500 gallons (equivalent to 2.76 gallons per gallon) has increased

surplusing

👉 Surpluses are a situation in which an individual or entity has excess resources that they do not use efficiently. This surplus can be due to factors such as lack of investment, overconsumption, or mismanagement of assets. Surpluses can lead to negative consequences if left unchecked, including increased costs and potential for financial instability.

surpluses

👉 Surplusage is a concept in economics that refers to the excess or surplus of goods or services produced over what was originally planned, purchased, or manufactured. In other words, it represents the additional output generated by an economy beyond its actual production capacity. In simple terms, surplusage occurs when producers are able to produce more than they can sell at a given price, leading to higher prices for their products. This excess can be due to factors such as inflation, government policies, or technological advancements that

surplusage

👉 Surplus! This term is commonly used to describe excess, surplus, or leftover items that don't meet their original purpose and are not needed anymore.

Example: "She bought a bunch of surplus clothing for the party this weekend." She ended up with over half her wardrobe left behind after the event.

👉 A surplus fluid, also known as excess fluid or fluid overload, occurs when the body's fluid balance is disrupted, leading to an accumulation of fluid in various compartments, such as the bloodstream, interstitial spaces, and intracellular environments. This can result from conditions like heart failure, kidney disease, or excessive sodium intake, causing increased pressure and volume in these areas. The excess fluid can lead to symptoms such as swelling (edema), shortness of breath, and fatigue, as the body struggles to maintain proper circulation and oxygen delivery to tissues. Managing fluid intake and addressing underlying conditions are key strategies to mitigate surplus fluid and improve patient outcomes.

surplus fluid

👉 A surplus weapon refers to military or civilian firearms, ammunition, and other armaments that are no longer needed by the armed forces due to budget cuts, decommissioning of older units, or changes in defense policies. These weapons often remain in stockpiles or are stored for potential future use, such as training exercises or emergency response scenarios. Surplus weapons can include a wide range of items from small handguns and rifles to large-caliber artillery pieces, and they may require specialized handling, storage, and sometimes demilitarization before they can be safely returned to civilian use or repurposed.

surplus weapon

👉 Surplus engineering refers to the practice of designing and producing products or systems that exceed the immediate needs or expected usage of their intended market. This surplus is often a result of over-engineering, where engineers anticipate future requirements or potential technological advancements to ensure longevity and adaptability. While this can lead to innovative, robust solutions that may not be fully utilized in the short term, surplus engineering can also result in higher costs, increased waste, and a misallocation of resources if not managed carefully. It represents a trade-off between foresight and practicality, balancing the benefits of future-proofing against the immediate economic and environmental impacts.

surplus engineering

👉 Surplus computing, also known as computational surplus or digital waste, refers to the excessive resources—such as energy, hardware, and data storage—that are generated by digital technologies beyond their intended use or lifespan. This surplus often occurs when companies or individuals invest in computing infrastructure to handle peak demands, only to leave it underutilized or idle after periods of low activity. For instance, data centers may run servers continuously to handle anticipated traffic spikes, but during off-peak times, these servers remain active, consuming energy and resources without contributing to productive output. This phenomenon not only leads to unnecessary environmental impacts due to increased energy consumption and electronic waste but also represents a significant economic inefficiency, as the costs of maintaining these resources exceed their benefits. Addressing surplus computing involves optimizing resource allocation, improving energy efficiency, and finding ways to repurpose or recycle underutilized computing assets.

surplus computing

👉 Surplus math, also known as constructive mathematics, is a branch of mathematics that emphasizes the creation of explicit, constructive proofs rather than relying on non-constructive methods like proof by contradiction. In surplus math, the goal is to not only prove the existence of mathematical objects but also to provide a clear, step-by-step construction or example of these objects. This approach contrasts with classical mathematics, which often accepts the truth of a statement without explicitly showing how or why it holds. For instance, while classical mathematics might prove that there are infinitely many prime numbers using a proof by contradiction, surplus math would construct an algorithm or provide a specific example of infinitely many primes. This focus on explicit construction leads to a more intuitive and sometimes more practical understanding of mathematical concepts.

surplus math