Effective Tips When Learning Chemistry For Dyslexics

learning chemistry for dyslexics

When you learn chemistry as a student, you are taking a big step toward opening up a world of possibilities that can open up opportunities for you in the future. Unfortunately, learning this subject is challenging and many dyslexics have a hard time grasping the concepts. However, if you work hard, it can be done. The main key is to keep yourself interested. Here are some tips on how to interest students with dyslexia in ways they will enjoy.

Understanding the basic learning method is important. Many teachers use the “here is what you need to know” method when teaching. However, for learning to do something complex, it is important to explore the topic. By exploring the topic, you will have a better understanding of how to approach various topics and you will get more out of the process.

You might want to add some fun activities to the lesson so that students can learn while having fun. For example, you can present different types of chemicals in simple, step-by-step ways. For example, you can explain the elements of a chemical structure. Draw different structures to give students an idea of how these elements are combined together. These types of activities help students learn faster.

Understanding the materials you are using is also essential. If you cannot understand the materials you are using, then you will have a very difficult time learning. For example, if you use the information about carbon compounds in your chemistry class, then you might have a hard time learning it. You have to make sure that you understand the materials you are using so that you can learn in a way that is comfortable for you.

Many dyslexics have a hard time understanding what is going on when they read. Therefore, you need to make sure that you create various types of charts and graphs that show what the student is reading at each point in the lesson. If you can create a chart or graph in an interesting way, then you will find it easier for students to understand what is being taught. For example, you can graph the concentration and speed at which students retain the information after seeing it on a screen. The graph can be created with several different sizes and colors, so that you can customize it to suit the needs of each individual student.

Understanding how the learning process works is essential to learning chemistry for dyslexics. Understanding the learning process is essential because it will allow you to know how to avoid common pitfalls that many dyslexics fall victim to during the learning process. Some of the most common pitfalls include being too dependent on materials. For instance, many people tend to get caught up in knowing only what the teacher is teaching. The learning process requires that you be flexible and to seek out multiple sources of information. In other words, you need to open your mind to multiple options in order to be successful in the learning process.

Another way to avoid common pitfalls is to ensure that you are familiar with the learning systems that are available for learning chemistry. There are several learning systems that you can choose from. Each system has pros and cons that you need to consider before choosing the learning system that is best for you. When you are familiar with the learning systems, you can then move ahead and gain more insight into how they can help you learn the material faster.

It should be noted that although there are learning systems that are specifically designed for dyslexics, it is not uncommon to find other learning systems that are designed for all different kinds of learning requirements. You do not have to stick with what you only have experience with. There is a lot out there that can be effective for your learning process. You can always search out online resources for learning more about the dyslexia community and how you can get help with your learning process. Once you have found some useful tips, you will have a better understanding of how you can make the most out of your learning experience.

Electrical System (Should heating element have high resistance or low resistance?) | The Brainy Couple

This is a question that confuses many, especially those who are just beginning to learn about electricity.

Should heating element have high resistance or low resistance? Before that, follow me, here is the basic understanding.

Should heating element have high resistance or low resistance? By right, V=IR. If voltage EMF is constant, when R decrease, Current should increase. Q) Why can't we touch the switch with wet hands? Water reduces the electrical resistance of our hands So if electricity is leaking from switch, it will flow down our hands with high current, Out through our feet then to ground, Causing electricity shock Q) Why should workers wear rubber boots when working with electricity? If electricity is leaking, without the rubber boots, electricity will flow through our body (70% water) to the ground, however with rubber boots which is a electrical insulator, there is no closed circuit for electricity to flow through, hence we won't get electric shock. Q) What is a short circuit? It is a low resistance connection between the two conductors supplying electrical power to any circuit, where all current prefer to flow through the resistor with much lower resistance. This results in excessive current flow in the power source through the low resistance connection.

Should heating element have high resistance or low resistance? Now, for heating element to release large amount of heat energy, shouldn't current be high, which means resistance should be low? Not really. Because the voltage supplied to heating element is not constant, while the current to the heating element is kept constant, unlike the examples above. Q) Why does heating element have much higher resistance (than the connecting wires)? Energy lost per second = Power = V2/R or I2R To produce more thermal energy per second, it should have higher resistance. Because Total Voltage x (High) Resistance of heating element/ Total Resistance = High Voltage allocated to heating element, hence heating element can produce more thermal energy. (Of course if the resistance is too high, it can't even conduct electricity) Q) Why does metal wires have low resistance in general? Metal wires should have much lower resistance than the load (heating element) So that less energy is drawn from the source to be lost as heat (which may melt the wire insulator)


Q) What are the possible fault in electrical appliances?

The fault could be due to:

  • Conductors (e.g. wires, terminals, components) at hot or near full mains potential breaking, bending or detaching and touching the casing of the appliance
  • Breakdown of insulation. For instance, insulation on cores of the power flex could become damaged inside an appliance or insulating spacers could become dislodged. Also, metal parts such as screws or nuts which have come undone could bridge the gap between hot and the metal casing
  • Making contact with a power cable when drilling through a wall

From <https://dengarden.com/home-improvement/Waht-is-The-Ground-Wire-For>

Q) What is a hot / live wire?

Current flows out from source through this wire to an appliance.

Q) What is a neutral wire?

The neutral wire is at a voltage close to or equal to ground. Current which flows to an appliance via the hot wire returns via the neutral core in a cable

Do take note of the difference between earth wire, neutral wire, grounding too 🙂