4 Things You Ought to Know to Write a Marathi Essay

4 Things You Ought to Know to Write a Marathi Essay
4 Things You Ought to Know to Write a Marathi Essay
Marathi is one of the Indian languages spoken by Marathi people. What is more, it is an official language of an Indian state Maharashtra. Nearly 90 million people around the world speak this language.

If this is all that you know about Marathi, Marathi essay writing will be the most challenging task for you. By the way, we advise you to ask your tutor whether your Marathi essay should be written in this particular language or you just need to tell something about it.

If the first option of writing a Marathi essay is about you, it will be quite difficult to help you. The only solution is to find a person who will teach you the basic principles of writing in Marathi. However, if your Marathi essays can be completed in English, we are ready to help you.



Goku & Friends: The Invasion of Dragon Ball Z

Dragon Ball Z is an anime show that has gone from cult following to smash sensation in the United States.



Ball Bearings Are Flat – Another Myth Crushed

Ball bearings aren't balls. This is a humorous account of what ball bearings really are.



Squash Ball Bounce

Squash Ball Bounce
t has been observed that squash players seem to warm there ball up before a game, and it seems to affect the bounce. Variables There are several factors which will effect the bounce of the ball, They are: ? The height that the ball is dropped from. ? The temperature of the ball. ? The mass of the ball. ? The force at which the ball is thrown with. ? The surface of the ball (if it is hard or soft) The factor I am going to look at will be the temperature of the ball when it is dropped.



A Comprehensive Guide to Writing Original Essays

A Comprehensive Guide to Writing Original Essays
A Comprehensive Guide to Writing Original Essays
An original essay – what is it all about? Is it a Marathi essay, a paper completed in an ancient Indian language? Maybe, original essays are origami essays. Such work can be decorated with a fascinating origami figure.

Unfortunately, these definitions of an original essay are far from being true. What is more, it is better not to decorate your papers with origami. Even if your tutor has a good sense of humor, hardly will such manifestation of originality be appreciated.

Then, what is an original essay? Maybe, someone can give a lot of definitions to it. We have two.

1. Original essays are papers covering some unique and fresh topic. Original essays should introduce a kind of primary research. In other words, it should be a completely new piece of writing.



ESSAY SAMPLE ON "A COMPARISON OF THE RULES OF RUGBY AND FOOTBALL"

The thick, broad-shouldered athlete breathes heavily and grunts with each step as he and his teammates push mightily against the opposition. His arms are locked over his teammates' shoulders, all of their heads down. The two teams are pushing against each other like two moose fighting over territory. He looks down to see the ball, sitting just in front of his feet. If he could just hook it with his foot and heave it to his teammate behind him...



Investigating the Factors that Affect the Acceleration of a Ball Bearing Down a Ramp

Investigating the Factors that Affect the Acceleration of a Ball Bearing Down a Ramp
Investigating the Factors that Affect the Acceleration of a Ball Bearing Down a Ramp I intend to investigate what factors affect the acceleration of a ball
bearing down a ramp. I will measure how long the ball bearing takes to
roll down a ramp, and my other variable will be to measure the final
velocity of the ball bearing rolling down the ramp. Using this
information I will then be able to work out the acceleration of the
ball bearing down the ramp. I will be able to work out the velocity of
the ball bearing, and therefore be able to work out the acceleration
using a different formula above.



The Effects on a Ball Rolling Down a Ramp

The Effects on a Ball Rolling Down a Ramp
Aim: I am trying to find out what factors effect the distance a ball rolls when released from the top of a ramp. Variables Input/Control Outcome Units Height of Ball from the ground Height of Ramp Distance ball rolls Centimeters (cm) Length of Ramp Speed ball rolls Surface of Ramp Direction ball rolls Surface of Floor Weight of Marble Size of Marble Surface of Marble Variables: The height of the ramp will change the speed and distance the ball rolls because when the ramp is higher, the ball will be higher. The higher the ball is the more gravitational potential energy it has; therefore more energy will be transferred to kinetic energy. When the length of the ramp is changed, so is its gradient, therefore the ball will roll quicker and further. The surface of the ramp can cause friction on the ball; therefore kinetic energy is lost, so the ball slows down.



Physics of Pinball

Physics of Pinball
Pinball is a fast pace game of physics and skill. With the knowledge of the mechanics and the physics of how the game works it can be played more effectively. Friction, gravity, potential energy, kinetic energy, circuits and momentum are just a few of the aspects of physics apply.
The first thing to do to start a game of pinball is to insert the coin. This alone requires many fundamental aspects of physics. The player inserts the coin and lets gravity take over. Gravity accelerates the coin to a certain speed in a specific direction or what is called velocity. The coin, which has mass, is now moving at a certain velocity. The coin now has linear momentum. To find the momentum of the coin we would take the mass and multiply it by the velocity. If the velocity were doubled (the coin doubles in speed) then the momentum of the coin would double. The coin then strikes a lever transferring some of its momentum to the lever. The coin then drops into the coin box. Usually this lever is a small wire similar to a paper clip. It has to be of small mass or the momentum of the coin would have lesser of an effect. When the coin strikes the lever it transfers some of its momentum and causes the lever to move. The lever is connected to a switch. This switch momentarily completes a circuit causing electrons to move through the system to notify the game system to start and release a ball into the ball shooter. Amazingly this all happens in the space of about a second.



Physics of Soccer

Physics of Soccer
Physics of the Ball How and where you kick the ball is the most important aspect within the game of soccer. Lets say you kick the ball perfectly giving it no rotation (or spin), this means that you have given the ball a velocity (v) and an initial angular speed of zero. When the ball comes into contact with the ground it will begin to spin because the ground is not frictionless. The soccer ball will eventually begin to roll without slipping, which is when the balls center of mass is equal to its angular speed. Now assume that you want to strike the ball so that it immediately begins to roll without slipping. The diagram above shows us how we can accomplish this and the equaltion of s=R(theta) will give us the distance from the center of the ball that you need to kick. The answer to this problem turns out to be s=0.4R, so you would strike the ball a little less than half of the radius above the center line. Friction is a huge factor when considering the game of soccer. When a soccer ball is moving along the field there is constantly a frictional force working in the opposite direction of the balls movement. There is an equation that can be used to find the friction force working against the ball and it is f=mN. This is where f is the frictional force, m is the coefficient of friction, and N is the normal force pointing upward. The coefficient of friction is dependant upon the surface type and ball being used, it is not a constant. This tells us that the coefficient of friction will cause the ball to roll slower when it is large and not as slow when it is small. This also shows that the more friction there is between the ball and the field the slower the ball will roll.
How physics students cheat!