Radius Essays

Smiley, Gregory College Algebra- Math 1111- SO Finding the center and radius of a circle So you want to know what is a radius, a radius is a straight line from the center of a cirlce to the circumference of a circle. So if you have more than one it would be referenced as radii also remember that all radii in a cirlce willl always be the same length. The circumference is on the outside of a perimeter of a cirlce. A radius can be a line from any point on the circumferecne to the center of the cirlce

or not... Space. What exactly is space, such a mystery. Full of darkness, planets, marvelous, beautiful, and intriguing. Space is a vast place which few have explored. So why, why do we explore? What’s the point? Space is a vast empty place that has been explored by few. Yet humans have been prioritizing this issue for years now and yet we have not found a place capable of being inhabited by humans. So why do humans continue this knowing that it would take years and years to even reach the planet

Aaron Kramer Mrs. Pietrantonio English 12 - 2nd hour 28 October 2015 Formation of Supermassive Black Holes Density so great that it is one dimensional, not even light can escape its grasp. Black holes are not vacuums, they have no suction. Black holes have the strongest gravitational force in the universe. Due to the strength of the gravity, any particle with mass would have to travel faster than the speed of light to escape its grasp. Because of this effect, we are unable to directly observe a black

Black holes are areas in which huge amounts of mass are compressed together, creating a gravitational field so strong that when it crosses the black hole, not even light can escape. They are the final stage for stars 10-15 times as massive as our Sun, because after they explode into a supernova, the gravity causes them to collapse into themselves. They shrink and compress mass until the former star’s volume is at 0. When this happens, they become infinitely dense and the star’s own light becomes

The article I picked was Advances in Astronomy volume 2012. The authors are Brandon C. Kelly and Andrea Merloni. The article was “Mass Functions of Supermassive Black Holes Across Cosmic time.” This journal explains the growth of the supermassive black holes and predicting mass function. The mass functions have some pros and cons and what the future may have on supermassive black holes with mass function. How fast something needs to move to escape gravity of something else. Two things that affect

You may be asking yourself what is this thing that many astronomers (unlike myself) call a “Black Hole” (the weird thing pictured above), well I’m here to help you out dear reader. A Black Hole is simply (or maybe not simply) a region in space where matter has collapsed into infinite density. As a result of this spacetime experiences an extreme curvature. Because of this black hole the gravitational field of that black hole becomes so intense that light or really anything else cannot escape from

All that could be seen was the shadowy, silent, and obscuring abyss which stretched across the ends of the eye. Spherical objects, planets and stars, are the only lights here to stand against it. There, a speck could be seen in the distance, an object that was almost invisible, it was not like the other things out here in this abyss. It hovered near a midnight blue planet that contrasted with multiple smokey white swirls that was contained within. The stars nearby that shone to show the way to the

In Neil Degrasse Tysons book, “Death by Black Hole”, he says states something quite intriguing. “Without a doubt, the most spectacular way to die in space is to fall into a black hole. Where else in the universe can you lose your life by being ripped apart atom by atom?” Black holes are regions of space (and of space) where the gravity is so high that the fabric of space and time has basically curved in or collapsed on itself. The very first black hole found was Cygnus X-1 that is roughly 6000 light

electrons can be gotten rid of. Atomic radius is a major factor which illustrates reactivity based on the size of orbitals located in the atoms. Looking at the periodic table, I can tell that by going left and right and up and down, the atomic radius increases. Hence, calcium would have a higher atomic radius than magnesium which would also be higher than aluminum. Atomic radius affects the reactivity of elements because if an element has a small atomic radius, the electrons in the outermost orbital

Holistic Assessment- Mr. Eric (student’s spouse) Performing a thorough health assessment lays the foundation for any health provider to be able to provide effective and efficient care to patients. When performing a health assessment this allows the health provider an insight as to how to diagnose a patient, plan how to take care of patient, implementing interventions and evaluation the outcome of the nursing process in providing patient care. When a nurse performs a holistic assessment, it is simply

stopper. (Fc=mac) 50 cm radius: (0.025kg)(50m/s2)=1.3N 35 cm radius: (0.025kg)(43m/s2)=1.1N 25 cm radius: (0.025kg)(39m/s2)=1.3N State the weight of the washers 50 cm radius: 15 washers=0.75N 35 cm radius: 15 washers=0.75N 25 cm radius: 10 washers=0.50N Calculate the percent error for each radius (% error =|theoretical - experimental /( theoretical ) | × 100%) 50 cm radius: |0.75 – 1.3 /(0.75) | × 100% = 73% 35 cm radius: |0.75 – 1.1 /(0.75) | × 100% = 47% 25 cm radius: |0.50 – 1.0 /(0.50) | ×

resulting from length of radius (v=rω), 3Linear Velocity resulting from angular velocity(v=rω), and 4 Angular velocity resulting from manipulation of length of radius (ω=v/r). Relationship #1 – Displacement S or d=Θr (Θ, the angle measured in degrees or radiants or revolutions and (r) radius measured in meters). In the video he used figure 11-15 from our text (the baseball bat). If the angle stays constant, you can increase the radius and have greater

Eraser Calculator Ruler 2 Coloured Pencils The data for the Atomic Radius and the First Ionization Energy of the first 36 elements was copied from the Sergent Welsh periodic table onto an observation chart. All data was rounded and expressed in three significant digits. An appropriate scale was determined

The forearm is a complex anatomical structure between the elbow and the wrist that serves an important function of the upper extremity. The forearm consists of two parallel bones, the radius and the ulna. It forms a functional unit that can be considered both as an axis and a non synovial joint (). This “joint” can be best understood in term of two “condyles”, the distal radio-ulnar joint (DRUJ) and the proximal radioulnar joint (PRUJ) (). The capsule of the elbow joint and the annular ligament stabilize

(CoP) of the contact forces from laboratory-based coordinates into shank-based coordinates. It can be represented as an arc of a circle, and the radius is expressed as a percentage of body height. Analysis of roll over shapes gives a promising and product oriented output. It will help in improvising the design of currently used prosthetics (based on their radius of curvature values). They act as an indicator in assisting the alignment of prosthetic leg components. The analysis was done using a self-designed

velocity and r is radius). Centripetal acceleration also have another name, G-force, are due to two factors one is the speed of the carriage and the other is the radius of the circle (how curved the track is). This acceleration is due to the unbalanced force called centripetal force (Fc=mv²/r, where Fc is centripetal force, m is mass, v is velocity and r is radius). Greater speed will result in a greater acceleration and therefore a greater net force, on the other hand smaller radius means a smaller

Periodic Trends Graphing Activity Part 1: Group Trends Group 1: Group 7: Part 2: Period Trends Period 3: General Periodic Table: 1. State the periodic law in your own words. Chemical and physical properties of elements repeat in each period when elements are arranged in order of atomic mass 2. How do the properties analyzed in this activity show periodicity of the chemical elements

ionization energy is considered as an indicator of an atom’s reactivity. This type of energy is usually expressed in kJ/mol. Similarly as the atomic radius, the ionization energy follows a trend on the periodic table of elements. Ionization energy increases as you go from left to right of an element’s period. This is mainly due to the fact that the atomic radius generally decreases when you move across the element’s period, therefore there is a greater effective attraction between the negatively charged

stars in the Universe. First of all, they are the most compact stars whose masses range from 1,44 (Chandrasekhar limit) to 2 solar masses, despite the fact that they are extremely small radii, from 6 to 18 km. This value corresponds to the mass and radius of the enormous gravitational energy and gravitational acceleration on the surface. Because gravitational energy is a significant part of the rest energy stars, neutron stars is relativistic objects; space-time is significantly distorted inside them

is a procedure to reattach the distal biceps tendon to a bone in the elbow (radius). The distal biceps tendon attaches the biceps muscle to the radius. The biceps muscle helps to bend the elbow and rotate the palm upward (supinate). When the distal biceps tendon tears (ruptures), the biceps muscle separates from the radius. This interferes with arm function. The goal of this procedure is to reattach the tendon to the radius and to restore full function to the biceps muscle. LET YOUR HEALTH CARE PROVIDER