Why You Need to Seek Online Help for Science Assignments?

Science assignment help

Science is an intricate subject, no doubt about that. Learning Science is intriguing-which is also an accepted factor. Doing assignments in Science areas is still more intriguing for the fact that it demands analytical skills, deductive skills and logical explanations from your part. You need to try Science assignment help to overcome your traumas in attempting challenging topics in Physics or Biology and ease into comfortable scores in Science assignments.

Why Science assignment help is your surest resource for successful innings?

Science assignments are replete with questions that test your understanding, analysis and capabilities of exploring topics with unique insights. Many a time, you might have lacked in attending Science classes or could have taken them very casually to have missed the core ideas. The net result is you inability to understand the topic given for assignment and thus having the starting trouble in your assignment work. Virtual tutors realize your problem, take you in the right road and make you understand the topic and approach it with proper insight.

The 5 Tips to Choose the Best Online Math Tutoring Service

Take Physics assignment help for effective dealing in tough Physics concepts

Sound, speed, motion or gravitation- be it any Physics chapter, the questions for assignment take voluminous work and time from you. Go to an online Physics tutor, seek Physics assignment help from him, explore the topics and find productive results in your assignment grades.

Biology assignment help- a necessary weapon for fighting out complex ideas

Biology topics are very threatening for their complex names and terms along with their demand for volumes of written work. Diagrams further complicate the matter. Once you seek Biology assignment help, you job is done and you come off in shining colors with astounding grades.

So, doing Biology or Physics assignments through online medium with the help of expert tutors is the way to score well in Science topics. It also helps a student amass a wealth of information about complicated subject topics and get explanations for doubts on time. The tutors are student friendly and suggest solutions in a personalized manner.

Why to struggle by self when you have plenty of virtual resources to help you out of Science assignment predicaments?

Simplify Tough Physics Concepts through These Smart Study Tips


Learning Physics is tough and it poses nightmares to students. Still students cannot avoid doing Physics and want to know the ways and means through which they can overcome the hurdles in learning the subject. Following are some tips that help students ace Physics and show fabulous scores in their tests and exams.

Learn the basic concepts in Physics without fail

All the advanced theories in Physics are built upon the basic theories and have many common threads among them. Have a mind map to understand all the basic theories of Physics and follow it to understand the advanced topics. An Online Physics tutor can help you by strengthening your understanding of basic ideas in the subject with personalized attention.

Improve your mathematical knowledge

Physics depends upon Math for its theorems and problems. Improve your mathematical knowledge and do problems without struggle.

Simplify a tough concept

While attempting a Physics homework task, simplify the concept by referring it to a real life situation and trying to understand the basic principle hidden in it. Physics homework help is useful for easy understanding of tough Physics concepts.

Use flashcards

When you come across new words, principles or pieces of information about Physics concepts, use flash cards to remember them. By doing so, you gain a coherent understanding of subject concepts and are able to decipher the inbuilt ideas with ease.

Allot regular timings for Physics learning

You cannot learn Physics without serious concentration on topics. Further, you need to revise chapters periodically for mastering topics and the underlying principles in them. Otherwise, homework and assignment become threatening, consuming hours without positive outputs. Students with a mentality for last minute preparations should seek Physics assignment help to overcome the hurdles they come across in doing problems and formulas.

Thus learning Physics with smart techniques and strategies is the way to shine in the subject with bright scores.

Learn Everything You Need To Know About The Mirror Formula With An Online Physics Tutor

Working with physics concepts is not everyone’s cup of tea and especially when it comes to topics such as mirrors whether concave or convex, most students lack the understanding required to work with them. For instance, the mirror formula is quite difficult for most students and often they turn towards online physics tutors to get help with the topic. Read on to learn everything you need to know about the mirror formula and how it is derived.

physics students

Mirror Formula – what is it?

The mirror formula is essentially the relationship between an object (its distance), the image distance and the focal length. For a concave mirror, the formula goes as follows:

f – focal length, u – object distance, v – image distance

1/f = 1/u + 1/v

While we are at it, it is important to learn the sign conventions of spherical mirrors before we proceed with the derivation part.

Sign Conventions and how they are used for Spherical Mirrors

There are three basic assumptions or conventions that one needs to know and they are:

  • Every distance is measured from the pole of the mirror.
  • Any distance that is measured in the direction of the ray of incidence or the incident ray is considered positive and the rays that are in the other direction (Opposite) are considered with a negative sign.
  • Any distance that is measured above the principal axis is deemed positive and below is negative.

The below diagrams represent the conventions mentioned above for both the concave and the convex mirror. concave mirror1

Derivation of the Mirror Formula for a Concave Mirror

This topic often sends students into a dizzy and assignments related to them are considered way too difficult. Learning the derivation properly can in itself serve as the best possible physics assignment help for students seeking to score straight A’s in their assignments. Read on to learn to derive the Mirror Formula. concave mirror2

In the above figure, the object AB is at a distance ‘u’ from the pole of the mirror (marked by ‘P’ in the diagram). Its image is formed at A1B1, a distance of ‘v’ from the pole. In the above figures, angles A1CB1and ACB are vertically opposite and hence equal. Similarly, angles ABC and A1B1C are right angles and hence equal.

angle ACB = angle A1CB1

angle ABC = angle A1B1C = 90 degrees

Thus, the third angle B1A1C and BAC in the two triangles are equal too and thus these two triangles are similar.

As triangles A1B1C and ABC are similar, we can write the following:

AB/ A1B1 = BC/B1C

In the same way, triangles, F B1 A1 and FED are similar. Thus, we can also write the following:

ED/ A1B1 = EF/F B1

It is apparent from the figure that ED and AB are equal. Thus, the above two equations can be simplified as follows:

BC/B1C = EF/F B1

Assuming that D is very close to P and the distance between them is negligible, we can write the above equation as follows (assuming that EF = PF):

BC/B1C = PF/F B1

We now proceed to wrote BC, FB1 and B1C as follows:

BC = PC – PB

B1C = PB1 – PC

F B1 = PB1 – PF

Thus, the above equation can be rewritten as follows:

(PC-PB)/( PB1 – PC) = PF/( PB1 – PF)

PC = R, PB is u and PF is f. V here is represented by PB1

The above equation thus further can be written as follows and with the sign convention, all of them take a negative sign which gives us:

(-R –(-u))/(-v –(-R)) = -f/(-v –(-f))

This gives us the following:

(-R + u) / (-v + R) = -f/(-v+f)

(u-R)/(R-v) = f/(v-f)

Cross multiplying and simplifying on both sides gives us the following:

uv – uf – Rv + Rf = Rf – vf

This further becomes:

uv – uf – Rv -= -vf

Since R = 2f, this can be written as:

uv – uf –2vf = -vf

This further gives us : uv – uf = vf

When you divide the above equation by uvf, you get the mirror formula:

1/f – 1/v = 1/u or alternately, 1/f = 1/u + 1/v.


Students usually look for physics homework help when it comes to understanding and working with concave and convex mirrors. Learning to derive the mirror formula will help students ace this topic and score high in physics tests.


Students usually look for physics homework help when it comes to understanding and working with concave and convex mirrors. Learning to derive the mirror formula will help students ace this topic and score high in physics tests.

Hooke’s Law – an overview

There are so many phenomena occurring around us day to day that bewilder us when we try to explain the reason behind them. The stretching of a spring is one such occurrence and elasticity has long fascinated many! When an object is stretched, the property that lets it regain its shape is called elasticity and this property varies from material to material. While a rubber band can stretch to a great extent, a plastic item can’t stretch as much and this is due to the elasticity of both the materials. The fundamental law that governs this fascinating phenomenon is the Hooke’s Law. Students often find it interesting and yet it is not as easy to understand as many consider it to be. Most students are turning to an online physics tutor when it comes to topics such as this where they require complete understanding to apply it. Read on to learn about Hooke’s law and its applications.

Hooke’s Law – an overview

The force required to extend a spring or compress it to a certain distance say Y is directly proportional to the distance. Force (F) = -kY where k represents a constant that is attributable to the stiffness of the spring. This law is an approximation that is quite accurate for many solids and is applied extensively across many branches of science. Interestingly, the physicist after whom the law is named first stated the law in the form of an anagram and released its answer only later!

hook's law

In its general form, the Law is compatible with Newton’s Laws of static equilibrium as well. However, when an object is stretched beyond its elasticity, there will be noticeable deviations from the Hooke’s Law. Thus, understanding this law requires extra effort and mere classroom sessions may not suffice. This is why students turn towards an online tutor or online physics homework help for assistance. hookes-law-and-youngs-modulus-revision-4-638Another interesting representation of Hooke’s Law is using Stress and Strain. While stress is the force on a material as a result of an external force, strain is the resultant deformation as a result of the stress the object experiences. The Young’s modulus represents the Hooke’s Law in terms of stress and strain. Assignments are quite popular in this area and seeking online physics assignment help is a good idea to get a clear understanding of the topic and mastering it.


Applications of Hooke’s Law

There are umpteen practical applications to this important law and a few of the things that we see around built on this principle are:

  • BB gun
  • Rubber tipped dart gun
  • Springs of the wheels of a vehicle
  • Springs used in transportation, military equipment and so on.

There are many more such interesting applications to this law and these are just a few examples! In fact, students find it very interesting to try out the applications of this law and it is often a favorite project amongst students.


Hooke’s law deals with an important and fundamental concept in physics – elasticity. With its wide spread applications in various fields, it is imperative that students master this tricky yet basic concept and they can do so with expert help from online tutoring platforms.

Top 5 Strategies To Excel In Physics

Physics is a tad bit difficult to grasp and at the very beginning, it seems quite complex and out of the world to most students. However, it is simply describing the forces and laws that govern things and phenomena we see around us. It is very important to get the underlying meaning in a subject like physics so as to work with other concepts easily as they progress through the curriculum. Students today turn to an expert to learn physics and in most cases, they look up to an online physics tutor for learning physics thoroughly. Here are a few key strategies that are highly recommended by experts and that have proven to be most effective when it comes to tackling physics; read on to learn more.


Begin at the beginning and master basic concepts

There is no point in jumping into the middle of any chapter in any subject. Everything needs to be studied in a methodical and sequential fashion. As you progress higher into the curriculum, it becomes difficult to work with them if you are poorly knowledgeable in the foundational concepts. Thus, mastering the basics and trying to map them to the advanced concepts is important. Memorization doesn’t work here for you won’t be able to apply what you’ve memorised unless and until you understand what you’ve memorized completely!

Create mind maps, graphs and charts for important theories and concepts and also try to add info as to how each one is related to another. This will put you on the right track and will also serve as the best physics homework help. physics

Math skills are extremely useful in physics

Physics involves derivations and math skills are fundamental to the subject. Work on your math and learn to solve complex equations and derive things successfully. These will just be intermittent steps in physics and you will need to be adept at working things out to be good at physics. Review your math concepts and skills before you dive into physics.

Learn to simply things and get at the essence

When given any problem, being able to distinguish between the essential details and superficial ones meant to confuse you is quite important here. Simplify things down and try to get a clear mental picture before proceeding with the derivation or the problem. This is sure to help you work on the problem easily!

Draw as much as you can

Drawing things down will help you get greater clarity and understand the concept in question better. It has been proven that drawing figures, pictures and graphs helps the mind focus better and is a great way to work with learning new concepts. Similar to mind maps, these are very effective tools to help you nail the concept at hand. In fact, even when you are working with assignments, these can prove to be valuable physics assignment help.


Flash cards and index cards can help you score an edge over others

Preparing flash cards and index card can not only help you revise better, they also help you identify key topics and point of importance and write them down. When you do this, you register these facts and details more clearly in your brain and thus perform better in exams automatically.

Use Flashcards to Study


Thus, employing these key strategies can help you perform better in exams and also learn effectively. Keeping these in mind can help students work with their anxiety during exams and battle stress levels effectively.

How To Master The Concept Of Fundamental Forces?

Every subject has certain fundamental concepts and theories that have to be mastered before a student proceeds to learn advanced concepts. Force is one of the primary things in physics, we can experience it all around us and understanding what it is all about is important to excel in physics. For instance, take the case of how an object accelerates to the ground during free fall or how an object rolls down an inclined plane. These are day to day occurrences that we see around us and physics is the subject that has an explanation for all of this. Let us analyze the theory behind the fundamental forces in physics; read on to learn more.

Fundamental Forces – an overview

There are many different kinds of forces that act on an object while in motion or even when it is resting. However, there are only a few of the fundamental forces and these are also the topics wherein students seek physics homework help online. The fundamental forces are:

  • The Gravitational Force
  • The Electromagnetic Force
  • The Nuclear Force – Strong and Weak

Concept Of Fundamental Forces

Gravitational Force

The force of gravity is something that most of us are familiar with and is explained with Newton’s law. It is simply the force that exists or acts between any objects that posses mass. The center of gravity, Newton’s law of universal gravitation and the theory of relativity are the most studied topics under this head. Most teachers explain this concept by dropping an object to the floor and explaining why the object spirals downwards and how gravitational pull works on the object.

Concept Of Fundamental Forces


Whenever particles interact with other particles and both are electrically charged, this phenomenon is referred to as electromagnetism. The electromagnetic force is perhaps the most prevalent and obvious force and citing examples around us is pretty easy and serves to improve learning dramatically. Usually the best online physics tutors employ various experiments and practical demonstrations to teach this important topic to students. Many consider electric and magnetic forces to be distinctly different and only when students lean this concept do they understand as to how they are interlinked.

Nuclear Force

The forces that act inside an atom are equally important and they are one of the fundamental forces there are. There are two kinds of nuclear forces: the strong and the weak nuclear force. The strong force is responsible for the binding of the protons and neutrons within the nucleus while the weak force is responsible for things such as beta decay and so on. These are studies extensively in atomic and nuclear physics. This is perhaps one of the toughest concepts for students when it comes to fundamental forces and thus most of them seek physics assignment help and homework help online for this topic.


The fundamental forces in physics are responsible for most of the phenomena we see around us day to day. The four fundamental types of interactions described above are responsible for most of the interactions observed and they can be completed described by these fundamental forces. Learning this concept well is important if a student aspires to get into a physics based major or aspires to be a scientist.

Learn Everything About Acceleration Due To Gravity With An Online Physics Tutor

Physics has its share of tough topics and acceleration due to gravity is one of them; it isn’t particularly hard and neither is it easy to understand it in the first go. Simply put, acceleration due to gravity is the rate at which the velocity of an object changes that experiences a free fall and is moving downwards towards the earth. Discounting the air resistance, it is found that every object that in a free fall experiences the same acceleration and this is attributed to gravity. The earth’s gravitational pull is responsible for the object’s acceleration and is measured at 9.8 m/s2.


Most students seek physics assignment help in this area as they find it difficult to grasp the underlying concepts and work on the assignments. Now that we have acceleration defined, let us understand the laws involved and take up some examples to understand this fundamental concept that finds universal application.


According to Newton’s Second Law (of Motion), whenever there is a net force acting on an object or a body, it is equivalent to the product of the mass and acceleration or simply put, F= m*a (Mass * Acceleration). The mass employed here is the resistance the object offers to the force exerted and it can also be defined as the net quantity of matter that an object contains. There is a lot of difference between mass and weight though; let’s take a look.

Mass vs. Weight

Weight is directly dependent on the gravitational force while mass directly relates to the quantity of matter in a body or an object. Depending on the gravitational pull, the weight of an object will vary! For instance, the moon where there is a lower gravitational pull as compared to the Earth will show a different weight for the same object than earth and so on.

Acceleration due to gravity is represented as ‘g’ instead of the usual ‘a’ that represents acceleration and the equation that connects weight, mass and gravity is W = mg. W is the net force (we replace the F for force with W here) and m is the mass. There is yet another Newton’s Law regarding Gravitation and that is one area where students flounder when it comes to homework and require physics homework help.

The Law of Universal Gravitation is quite simple once students understand the hang of it – every object or body has a gravitational pull or force on every other object. For example, when there are two objects with masses m1 and m2, they exert a gravitational pull on one other and the net force F is proportional to the product of their masses and is inversely proportional to the square of the distance between them which gives us F (F1=F2) =G (m1*m2/d2) and G here is the Gravitational Constant.

phyiscs2Sometimes, students may need more than just classroom help and in such cases engaging the services of an online physics tutor would be a good option. Not only would they get individual attention, they will also have an expert at their service at all times to clarify their doubts and this will certainly help them ace their physics exams.