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The Scientific Revolution During the 1600’s to 1700’s, the western world was greatly influenced by science. Wonderful scientists such as Galileo, Isaac Newton, Copernicus, and William Harvey all played contributing roles during the Scientific Revolution. Not only did scientists have a large impact on the western world, but discoveries and inventions such as the study of astronomy and the invention of the telescope played important roles as well. In 1564, our world was changed due to the birth of one of the most well-known and influencial scientists, Galileo Galilei. Being the oldest of seven, he set out to learn about medicine and eventually found that he had a passion for arithmetic. During one of the classes he took as a medical student in Pisa, he noticed a chandelier that seemed to mesmerize him with its slow and steady swing back and forth. As he observed the chandelier, he timed the swings from one end point to another. He was astonished*…show more content…*

It was assumed by Newton that the orbit of the moon was due to the same reason that the projectile would never land. This theory was called “Principia” (Fowler). All of the studies done with projectiles contributed to Isaac Newton’s three laws of motion. His first law stated that an object at rest will remain at rest unless acted on by an unbalanced force. An object in motion continues in motion with the same speed and in the same direction unless acted upon by an unbalanced force. This law is called the law of inertia. The second law stated that acceleration is produced when a force acts on a mass. The greater the mass, the greater the amount of force needed. This law was referred to as force equals mass times acceleration. The third and final law explains that for every action there is an equal and opposite reaction (Benson). These laws have been used for years and have been proven correct by following

It was assumed by Newton that the orbit of the moon was due to the same reason that the projectile would never land. This theory was called “Principia” (Fowler). All of the studies done with projectiles contributed to Isaac Newton’s three laws of motion. His first law stated that an object at rest will remain at rest unless acted on by an unbalanced force. An object in motion continues in motion with the same speed and in the same direction unless acted upon by an unbalanced force. This law is called the law of inertia. The second law stated that acceleration is produced when a force acts on a mass. The greater the mass, the greater the amount of force needed. This law was referred to as force equals mass times acceleration. The third and final law explains that for every action there is an equal and opposite reaction (Benson). These laws have been used for years and have been proven correct by following

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## Newtons Laws of Motion

390 Words | 2 PagesIt can be expressed as a mathematical equation: or FORCE = MASS X ACCELERATION 3. “For every action there is an equal and opposite reaction.” This means that for every force there is a reaction force that is equal in size, but opposite in direction. That is to say that whenever an object pushes another object it gets pushed back in the opposite direction equally hard. The rocket's action is to

## Uniformly Accelerated Movement

997 Words | 4 PagesUniformly Accelerated Movement Abstract Acceleration is defined as the rate of change of velocity with respect to time in a given direction. Uniformly accelerated movement is movement that always has the same acceleration, meaning that it is a constant force; the force of gravity is the classic example. We will prove that acceleration with a constant force of gravity can help determine velocity and distance at a certain time using derived basic equations. The data collected determines a 3.78% of error that proves the equations are correct, and that its value could have been affected by errors in the process. 1 Introduction Acceleration is defined as the rate of change of velocity with respect to time in a given direction.

## Mass on a Spring

581 Words | 3 PagesThe oscillating motion of a spring is caused by the stretching or compression of it. As the spring is stretched then released, it will exert a force, pushing back the mass until it reaches its amplitude of its motion. The amplitude can then be used in Hooke’s Law in order to understand the manner in which the spring exerts a force on the mass attached to it which is F=kx; ‘x’ being the equilibrium point, ‘k’ being the spring constant and ‘F’ being the restoring force. Hooke’s law states that the further the spring is stretched from its equilibrium point, the greater the force the spring will exert towards its equilibrium point. Because ‘F’ and ‘x’ are directly proportional, a graph of ‘F’ vs ‘x’ is a line with slope ‘k’ A mass on a spring is a simple harmonic oscillator which is an object that oscillates the equilibrium point and experiences a restoring force proportional to the object’s displacement.

## Planck vs. Einstein

457 Words | 2 PagesThere have always been scientific advancements since the start of time. Some have been very beneficial but some had negative effects. Two such physicists, Max Planck and Albert Einstein, have contributed greatly to society. Planck discovered the equation, E=Nhf, while Einstein developed the theory of relativity. These rapid advances in science assisted in the development of technology, and they also affected human interaction with the environment on a grand scale.

## The Renaissance: the Era That Defined the World

2378 Words | 10 PagesThe Renaissance: The Era That defined the World By LaKeitha Lewis Prof. Scott Gressford HUMN303: Intro. To Humanities 12/07/2014 The Renaissance: The Era That Changed the World The Renaissance was an era full of some of the most profound and revolutionary innovations, inventions, and advancements, so much so that they defined civilizations for many centuries to come, even in the world of today. It was a time period that many viewed as both important and unique, having characteristics of its own earmarked by the influx of interest in the Classical style of Ancient times. The return to the classics span across all aspects of science and art. Many important events came from this era, including a surge in human awareness appropriately called “Humanism”, the re-visiting classic art styles from Ancient Roman and Greek times, and a boom in scientific discoveries.

## Analysis Isaac Newton Is Said to Be One of the Greatest Physicists Who Has Ever Lived. It Was from Him That Came Some of the Most Significant and Important Theories, Concepts, and Laws in Physics, One of Which Is the

1957 Words | 8 PagesThe direction of acceleration is the same as the direction of the net force. The acceleration of the body is also directly proportional to the net force but inversely proportional to its mass. Newton defined momentum P as the product of mass and velocity. The change in momentum, symbolized by ∆P, is brought about by the impulse acting on the body, F_net ∆t=∆P As ∆t approaches zero, the instantaneous rate of change of momentum is, F_net=lim┬(∆t→0)〖∆P/∆t〗=dP/dt=(d(mv))/dt Since for most object, mass is constant, F_net=m dv/dt Newton’s second law of motion is mathematically expressed as F_net=ma From Newton’s second law T=m_1 a The hanging mass m_1 is also accelerating with the same acceleration due to the net force m_2 a on it. m_2 a=m_2 g-T T=m_2 g-m_2 a Equating the tensions m_1 a=m_2 g-m_2 a m_1 a+m_2 a=m_2 g (m_1+m_2 )a=m_2 g a=(m_2 g)/(m_1+m_2 ) The acceleration is the same acceleration described in the kinematics equation a=2s/t^2 For a body starting from rest, s is the distance traveled by the cart and t is the time of travel.

## Newton's Laws Of Motion

866 Words | 4 PagesLillian Harris Mr. Marcum Science, 4 November 2, 2009 In this paper you will read about Isaac Newton’s three laws of motion. Sir Isaac Newton was a British physicist. Many people regard him as the greatest physicist of all time. His work is often compared with that of Archimedes and Galileo. The scientific discoveries that he made have given way to new scientific ideas and realizations today.

## Longitudinal Waves Essay

542 Words | 3 PagesLongitudinal wave The vibrations of the object set particles in the surrounding medium in vibrational motion, thus transporting energy through the medium. For a sound wave traveling through air, the vibrations of the particles are best described as longitudinal. Longitudinal waves are waves in which the motion of the individual particles of the medium is in a direction that is parallel to the direction of energy transport. Sound waves in air (and any fluid medium) are longitudinal waves because particles of the medium through which the sound is transported vibrate parallel to the direction that the sound wave moves. As the vibrating string moves in the forward direction, it begins to push upon surrounding air molecules, moving them to the right towards their nearest neighbor.

## Heat Capacity Essay

334 Words | 2 PagesHeat Capacity... The Heat Capacity itself is extensive (scales with the size of system), but we can think of making this quantity intensive (making it an intrinsic property of the material) by defining related quantities: the Molar Heat Capacity is defined as the Heat Capacity of a homogeneous pure compound (or element) divided by the the number of moles of that compound (or element) the Specific Heat is defined as the Heat Cpacity of a homogeneous sample divided by its mass. The Heat Capacity of any substance is positive. The Heat Capacity is discontinuous at phase transitions. For a gas, the Heat capacity depends on how one does the heating.

## Gyroscope Technology

1303 Words | 6 PagesIn another words. It’s a device consisting of a wheel that spins rapidly inside a frame and does not change position when the frame is moved. Gyros operates based on two principles. Those two principles are rigidity in space, and precession. The first principle states that if there is no force applied to the gyro, the spin axis of the gyro wheel tends to remain in a fixed direction in space.

### Newtons Laws of Motion

390 Words | 2 Pages### Uniformly Accelerated Movement

997 Words | 4 Pages### Mass on a Spring

581 Words | 3 Pages### Planck vs. Einstein

457 Words | 2 Pages### The Renaissance: the Era That Defined the World

2378 Words | 10 Pages### Analysis Isaac Newton Is Said to Be One of the Greatest Physicists Who Has Ever Lived. It Was from Him That Came Some of the Most Significant and Important Theories, Concepts, and Laws in Physics, One of Which Is the

1957 Words | 8 Pages### Newton's Laws Of Motion

866 Words | 4 Pages### Longitudinal Waves Essay

542 Words | 3 Pages### Heat Capacity Essay

334 Words | 2 Pages### Gyroscope Technology

1303 Words | 6 Pages