Kinetic art

Whenever people think about art they imagine famous paintings and drawings done in the past by famous artists around the world. However, there is an art style that is relatively new and eye appealing for me. It is called kinetic art. The article that I chose for this essay is called “Kinetic art to be displayed in science building” by Emma Klitzke. It is published by the University Wire of Carlsbad. Furthermore, the article was written on March 16, 2017. I used the ProQuest database in order to find the article for this essay. I encounter various problems when trying to find an article to write about kinetic art. To solve this, I had to use the advance search bar and type in “kinetic art” for one command line, leading me to my article. Kinetic art is a unique art style that differentiate itself from other art form. The article states that the Concordia’s science building will house an artwork in conjunction with its display of solar power technology. The artwork is a unique because it is a kinetic sculpture that will be created by Jeffrey Zachmann. The purpose is to bring a greater…

In order to find objects and environments that I could relate to art history that I have learned in this class I decided to take a walk around my neighborhood and its nearby surroundings. I live in Kissimmee and extremely close to Saint Cloud so I decided to start off by looking around the Lakefront Park area. At first I did not think that I would be able to find many things that I would be able to relate to art, but I think that is because I had never actually tried to pay attention to small…

The work of art I chose -- “Sphere Lutétia” is created by Jesús Rafael Soto. He was a Venezuelan op and kinetic artist who born in 1923 and passed away in 2005, at the age of 81. Most of his artworks have shown the connection to space. This particular artistic form developed by Soto is broadly known as the “Penetrable”. The “Sphere Lutétia” that created in 1996 is regarded as a representative one. It has been exhibited in "Les Champs de la sculpture” in Paris and Miami Art Basel in 1996. And it…

and velocity does too. Momentum, measured in mass x velocity, describes a large amount force that is created when an object has a large mass and/or high speed. For example, a car with greater momentum would be harder to stop than a small car. This is as, the momentum would be greater in the larger car. A collision describes the process in which two or more objects exert large forces on each other. Stopping time refers to the thinking and braking distance. Impulse describes the change in…

removal efficiency increases with increase of zero-valent nanoparticle dosase. At 0.3 nZVI , URC is maximum. Fig 4.5.Removal efficiency (RE) and Unit Removal Capacity (URC) at different Iron nanoparticle dosages 4.6. Adsorption Kinetics: 4.6.1. Pseudo first order Reaction The first order rate equation of Lagergren is one of the most widely used for the sorption of a solute from liquid solution and is represented as: ln⁡(q_e-q_t )=ln⁡(q_e )- k_1 t whereq_e is the mass of metal adsorbed at…

7.59 From the stress–strain data for poly(methyl methacrylate) shown in Figure 7.24, determine the modulus of elasticity and tensile strength at room temperature [20°C (68°F)], and compare these values with those given in Tables 7.1 and 7.2. Solution From Figure 7.24, the elastic modulus is the slope in the elastic linear region of the 20C curve, which is The value range cited in Table 7.1 is 2.24 to 3.24 GPa (325,000 to 470,000 psi). Thus, the plotted value is a little on the…

Causing the increase of particles that then have enough kinetic energy to react when they collide. This Landolt Iodine Clock reaction: Oxidation of Bisulphite by Iodate is to be investigated. The aim of the experiment will be to discover whether a change in heat and concentration will increase the rate of reaction. It is hypothesised that when the concentration and temperature increases it will cause the rate of reaction to speed up. Firstly, The iodine clock reaction is a classic chemical…

pieces of Hot Wheels® track, some duct tape, a photogate sensor, and a computer with PASCO Capstone® software will be required. Place the toy car at the top of the track that was created (see Drawing 1.1) and let go of the car. The car will begin to move down the track due to acceleration due to gravity (g). At the instant that the car moves through the motion sensor, the instantaneous velocity of the car is determined using the photogate sensor. Repeat this process four more times for a total…

Taking into account all relevant Coulomb terms, we can write the following expression for the energy of the 1S single-exciton state that comprises the 1S electron and the 1S hole heehehhegXVVUWEEEE++++++=12, (13) where Eg12 is the indirect energy gap of the hetero-NCs. The latter expression was used to calculate emission energies as a function of R and H. First three terms represent the band gap and kinetic energies of electron and hole, respectively, and the last four terms are components of…

Kinetic energy comes from the relationship between the mass of the object in motion and its velocity. This energy has to be converted from another form of energy as the law of conservation of energy states that energy can not be created or destroyed only converted into different forms and traded between systems. All energy is measured in Joules (J). When we talk about waterfalls and dams, the energy’s original form is Gravitational Potential Energy (GPE) which is energy that comes from the…