Scientific Method

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there is more work needed to operate a machine then the work the machine does

its self is because the machine has to be told how to do things the right way.

therefore people need to tell it how to do the correct thing. the more work the

people do, the more work the machine does, so you could say its almost equal.

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Very nice but, unfortunately, unclear on the concept.

Instead of "work", let's say "energy". They're the same thing, but it might help me

get the point across better.

A machine can't 'make' energy. All the machine can do is take the energy you put

into it, and change it to a more convenient form in order to do what you need done.

But it turns out that you must always put more energy into the machine than the

useful energy that comes out of it. That's because some of the energy is always

lost in the process of operating the machine ... on account of friction, air resistance,

unintended heating ... things like that.

We do everything we can to make the loss as small as possible, so that we don't

lose too much of the energy that we paid for. We do things like using grease, oil,

and roller bearings to reduce friction between machine parts, using thicker wire in

an electrical circuit to reduce its resistance, and streamlining cars and airplanes to

reduce air resistance. We've learned to reduce the losses quite well, but we can

never completely eliminate them.

metodo cientifico

Yes, lighter objects weigh less, therefore causing them to stay aloft in the air for a longer period of time. For example, (and this isn't exact, just an example) you can throw a 5 ounce tennis ball higher into the air than you can throw a 13 pound bowling ball.

This provided the foundation of the modern scientific method.

When a light ray enters a glass block, it will be refracted or bent due to the change in speed as it moves from one medium (air) to another (glass). This bending is caused by the change in the optical density of the two materials. The degree of bending depends on the angle at which the light ray enters the glass block.

Steps of the scientific method are much like a recipe. Take, for example, a cake. When you do the steps in the correct order, you get a clean and proper result (a delicious cake!). When done in the incorrect order, however, the end result could be disastrous. If you were to approach the scientific method with the incorrect order of steps, the end result, like the cake, could be completely wrong, thus rendering all your hard work useless.

Its the degree of attachment between the molecules of the substance:

frozen (solid) the arrangement is fixed.

melted (liquid) the arrangement is loose enough to be modified by gravity.

evaporated: (gas) the attachment becomes insignificant.

Well it is hard to explain but i will give it a try. It actually depends on what type of ball your talking about. Baseball, Basketball, Waffle balls, etc you looking at a bouncy ball its actually because of the rubber used when you bounce the ball hard do you here that slamming sound? That is the sound of the tiles and the ball meeting and since the tiles are a hard smooth surface rubber works well on it so that's how i think of it.

A drop of liquid acquires a spherical shape due to surface tension, which causes the liquid molecules to be attracted to each other, minimizing the surface area and forming the most efficient shape, a sphere, to contain the volume of liquid. This shape has the least surface area for a given volume, making it favorable for liquids.

Metals have a crystalline structure that allows their atoms to move past each other when force is applied, enabling them to be reshaped. This property, known as ductility, is a result of metal atoms being arranged in layers that can slide over one another. Additionally, metals often have high melting points, which allows them to be heated and reshaped through processes like casting or forging.

soak it in water....

then use a paper filter once the particles are all separated and you got paper either staying at the top or it's at the bottom (depending on the type of filter used

When you run a race, your body burns calories to produce energy for your muscles to move. As you run, your body converts stored energy from nutrients like carbohydrates and fats into usable energy for muscle contractions. This process increases your heart rate, breathing rate, and body temperature to support the increased energy demands of the race.

Accurate record keeping is important because it helps businesses track their financial transactions, monitor their performance, make informed decisions, and ensure compliance with laws and regulations. It also provides crucial information for tax purposes, audits, and financial reporting.

Laboratory method refers to a systematic approach used to conduct scientific experiments and investigations in controlled environments such as laboratories. This method involves following a set of procedures, utilizing specialized equipment and tools, and recording data to analyze and draw conclusions based on the results obtained. It is widely used in various scientific fields to study and understand phenomena under controlled conditions.

In spatulating alginate material, a spatula is used to mix the alginate powder with water in a clean mixing bowl. The spatula is then used to stir and mix the material until a smooth and consistent mixture is achieved, free of any lumps or air bubbles.

That field of study is known as natural science. It encompasses disciplines such as physics, chemistry, biology, and geology, and aims to understand the physical world through observation, experimentation, and the application of the scientific method.

Black Copper oxide is a compound composed of copper and oxygen, while black Manganese dioxide is a compound composed of manganese and oxygen. They have different chemical properties and uses, with black Copper oxide often being used as a pigment or in chemical reactions, and black Manganese dioxide being used in batteries and as a catalyst.

Dark colors absorb more heat because they tend to absorb a wider range of wavelengths from the sun's rays, converting them into thermal energy. This absorption property leads to the dark colors retaining more heat compared to lighter colors, which reflect more sunlight.

Iron Phosphate is a chemical compound which contains iron, phosphorous, and oxygen. It is used mainly as an ingredient in garden pesticides as well as for a coating on industrial metal surfaces. Because of its relatively low toxicity, it can be used in so-called "organic" farming, where pesticides are typically avoided.

Wave power has the potential to contribute to a diversified energy mix and reduce reliance on fossil fuels. However, it currently faces challenges such as high costs of implementation, variability in wave energy availability, and environmental impacts. It may not be able to completely solve all energy needs on its own but can be a valuable part of a sustainable energy portfolio.

No, a rubber band is not a string. A rubber band is made of a different material, typically rubber or synthetic rubber, and is designed to stretch and provide elasticity, while a string is a thin, flexible cord made of fibers or other materials twisted together.

Analysis in the scientific method involves examining the data collected during experimentation to draw conclusions and test hypotheses. This step helps scientists interpret results, identify patterns or trends, and determine the significance of their findings. Overall, analysis is essential for validating scientific claims and forming the basis for further research.

Observation is most important in the first step of the scientific method, which is making observations and asking questions. This is when researchers notice something interesting or unexpected that leads them to formulate a hypothesis to explain it.