Perpendicular Research Papers Samples For Students

Abstract

Figure skaters graciously glide over ice and perform intricate aerobatics, speed skaters achieve incredible velocities over ice, and thousands of persons each year stumble in ice as they first try out this practice for leisure. This paper reviews the scientific concepts and laws that make ice skating possible, as well as the factors that influence performance and ice skates design.

Introduction

Ice skating, gliding along an ice surface using keel-like runners known as ice skates [1], is a sport practiced by many solely for recreational purposes, while others engage in it as an inherent part of other sports, such as ...

Introduction

When the first crude telescopes grazed the vast space, the 17th century and astronomers such as Kepler and Galileo was already making discoveries of such as the moon craters, the rings of the planet Saturn, and the giant planet Jupiter. These discoveries paved the way for a more extensive exploration of the cosmos, which was ultimately revolutionized by the birth of the Hubble telescope. In April 1990, word’s most advanced space telescope named after the astronomer Edwin P. Hubble was launched at 353 miles above the earth’s surface with a mission to see deeper into space and beyond. The ...

Introduction

Taxicab geometry is a better idealized model for urban geography as compared to Euclidean geometry. This is very applicable in urban planning where distances within the roads are divided within rigid blocks and the shortest distance cannot be the hypotenuse. This is very helpful in establishing the shortest distance between any two points. ( Surhome, Timpledon & Susan).
Geometry can be traced back over 2000 years. This is solely refers to Euclidean geometry introduced by Euclid. A German mathematician Hermann Miknowski proposed taxicab geometry. He had the proposition that distances in taxicab geometry is different than in Euclidean geometry. His ...