Pendulum Periods
... and to assume the acceleration is constant. In the real world, because of air resistance, objects do not fall indefinitely with constant acceleration. One way to see this is by comparing the fall of a baseball and a sheet of paper when dropped from the same height. The baseball is still accelerating ...
... and to assume the acceleration is constant. In the real world, because of air resistance, objects do not fall indefinitely with constant acceleration. One way to see this is by comparing the fall of a baseball and a sheet of paper when dropped from the same height. The baseball is still accelerating ...
SCALE UP OF HIGH SHEAR WET GRANULATION PROCESS
... flow uniformity of mixture before tableting.The high shear mixers are widely used for wet granulation process, because it permits to obtain uniformity in the size distribution of the granules. The granulation process is sensitive to change in powder characteristics and process factors. During the de ...
... flow uniformity of mixture before tableting.The high shear mixers are widely used for wet granulation process, because it permits to obtain uniformity in the size distribution of the granules. The granulation process is sensitive to change in powder characteristics and process factors. During the de ...
Our Dynamic Universe notes
... When an object is released, it will be classed as a projectile until it reaches the ground. Projectiles can travel horizontal or vertical. In Higher, we will look at projectiles launched at an angle, as well as horizontally and vertically. The equations of motion are used to calculate certain featur ...
... When an object is released, it will be classed as a projectile until it reaches the ground. Projectiles can travel horizontal or vertical. In Higher, we will look at projectiles launched at an angle, as well as horizontally and vertically. The equations of motion are used to calculate certain featur ...
Waves & Oscillations Physics 42200 Spring 2015 Semester
... • Let’s analyze a more realistic mass/spring problem: A spring with uncompressed length ℓ is attached to a support which is at a height ℎ. A mass is attached to the other end of the spring. If the mass is initially displaced so that it is at a height , what will the resulting motion be when it ...
... • Let’s analyze a more realistic mass/spring problem: A spring with uncompressed length ℓ is attached to a support which is at a height ℎ. A mass is attached to the other end of the spring. If the mass is initially displaced so that it is at a height , what will the resulting motion be when it ...
Apparent Weight
... “My man Newton put it nicely, an object at rest stays at rest, and an object moving stays moving. You are the object, you are at rest. When the elevator pushes you up, your body ‘stays’ there, it doesn’t want to move. Then, the gravitational force pulls you down, resulting in the increase in mass.” ...
... “My man Newton put it nicely, an object at rest stays at rest, and an object moving stays moving. You are the object, you are at rest. When the elevator pushes you up, your body ‘stays’ there, it doesn’t want to move. Then, the gravitational force pulls you down, resulting in the increase in mass.” ...
Transfer Functions
... Consider the situation in which the system vibrates because of motion introduced at the base of the system, not by a force applied to the mass. The system is shown at the right. The forces exerted by the spring and the dashpot on the mass are functions of the relative displacement and velocity betwe ...
... Consider the situation in which the system vibrates because of motion introduced at the base of the system, not by a force applied to the mass. The system is shown at the right. The forces exerted by the spring and the dashpot on the mass are functions of the relative displacement and velocity betwe ...
Exam 1 Solutions
... Solution: the charge Q, in order to be in equilibrium (not move) has to be negative and between the +q and +3q charges shown. Let the distance between Q and the left +q charge be “L”. Let the magnitude of the negative charge on Q be |Q| FCoul q-Q = -kq|Q|/L2 is the Coulomb force to the left between ...
... Solution: the charge Q, in order to be in equilibrium (not move) has to be negative and between the +q and +3q charges shown. Let the distance between Q and the left +q charge be “L”. Let the magnitude of the negative charge on Q be |Q| FCoul q-Q = -kq|Q|/L2 is the Coulomb force to the left between ...
Class notes
... Note use of initial condition notation. The behavior is clear. The particle moves with velocity v0 at t = 0, but then slows down exponentially. Note: Study the “shell theorem” in Note 2.1. Basically, a spherical object attracts an external mass gravitationally, where the equivalent object mass is al ...
... Note use of initial condition notation. The behavior is clear. The particle moves with velocity v0 at t = 0, but then slows down exponentially. Note: Study the “shell theorem” in Note 2.1. Basically, a spherical object attracts an external mass gravitationally, where the equivalent object mass is al ...
Newton`s Law of Gravitation - Swift
... the curved surface of the Earth at each point. However, the force of the Earth’s gravity on Swift is “vertical” – pointed towards the center of the Earth. Why then does Swift not fall to Earth immediately? The answer is that Swift moves horizontally at just the right rate so that as it falls vertica ...
... the curved surface of the Earth at each point. However, the force of the Earth’s gravity on Swift is “vertical” – pointed towards the center of the Earth. Why then does Swift not fall to Earth immediately? The answer is that Swift moves horizontally at just the right rate so that as it falls vertica ...
