which is the magnitude of resultant. The parallelogram and a rectangle are near about the same with one distinguishing property that the rectangle has all the angles of 90 0 and that of parallelogram does not. V As shown in the table, the SI base units are kilogram (kg) for mass, meter (m) for length, and second (s) for time. V {\displaystyle \mathbf {V_{2}} } This item is part of a larger collection of simulation based physics models sponsored by the MAP project (Modular Approach to Physics). {\displaystyle {\textbf {F}}} V • Arrange A and B in a “tip-to-tail” fashion by connecting the tail of A with the tip of B. In mechanics we use four fundamental quantities called dimensions: length, mass, force, and time. As I mentioned previously, the head-to-tail method and parallelogram method are identical. R is the resultant of A and B. R = A + B. Relative coordinate systems will become useful when you encounter complex mechanics problems. V In the picture on the left, the black vector is the resultant of the two red vectors. {\displaystyle 180^{\circ }} Triangle: b = base. V Method and Description; static Parallelogram: axisAligned (Vector2D a, Vector2D b, DoublePrecisionContext precision) Return a new instance representing an axis-aligned rectangle. Parallelogram law of vector addition Questions and Answers . , which is free-falling toward the earth. {\displaystyle x} where 1 centimeter is equal to 10 newtons. Introduction to Statics.PDF Edition – Version 0.95 Unit 10 Moments of a Force System: Resultant of a Coplanar Force System Helen Margaret Lester Plants Late Professor Emerita ... which this method will not work. 2.1. Although the actual acceleration of free fall on Earth varies according to location, the above standard figure is always used for metrological purposes. This method involves properties of parallelograms but, in the end, boils down to a simple formula. Other useful units of force in engineering and science is the kilopound (kip) which is equal to 1000 lbs, and the ton which is equal to 2000 lbs. , Newton's second law may be stated as, F , and the magnitude of the vector sum of forces, It states that the sum of the squares of the lengths of the four sides of a parallelogram equals the sum of the squares of the lengths of the two diagonals. The parallelogram method to calculate resultant vector. {\displaystyle \mathbf {V} } − m 1 − From Wikibooks, open books for an open world. 2 {\displaystyle 1} form the component vectors of Parallelogram method – Note: the resultant is the diagonal of the parallelogram formed by the vectors being summed R =A+B =B + A. R A. V This is the resultant in vector. d. Trigonometric Method. Taking A vector can be separated into its magnitude and direction. {\displaystyle y} 2 Question: STATICS - VECTORS 2D Name: PID: 1050 Example 1: Determine The Magnitude Of The Resultant Force And Its Direction, Measured Counterclockwise From Horizontal Line 25 PAGIN Use Parallelogram Method F 750 N Example 4. Triangle method (head- to-tail method) – Note: the tail of the first vector and the head of the last vector become the tail and head of the resultant principle of the force polygon/triangle Parallelogram method – Note: the resultant is the diagonal of the parallelogram formed by … = Figure 1: Parallelogram construction for adding vectors . The length of the line segment indicates the vector magnitude, statics F BC =144 kN (checks) Using the method of joints, determine the force inh member of the eac truss shown. Draw the vectors so the tip of one vector is connected to the tail of the next 3. Customary units in the same equation. and Therefore, 1 slug is the mass which is accelerated to 1 ft/sec2 when acted on by a force of 1 lb. F of a second. g This law holds for all forces, whether they are variable or constant, from all sources for all time instants. An alternative method for determining the sum of two vectors is referred to as the “triangle rule.” • Since the side of the parallelogram opposite to F is equal to F in magnitude and direction, we need only draw half of the parallelogram. A central problem was that of projectile motion, which was discussed by Hipparchus and Philoponus. Thus, a thorough understanding of mechanics is essential to progress in these fields of research, or to simply b… {\displaystyle 2} scalars are shown in normal type. Two or more concurrent forces can be replaced by a single resultant force that is statically equivalent Newton's 1687 Philosophiæ Naturalis Principia Mathematica provided a detailed mathematical account of mechanics, using the newly developed mathematics of calculus and providing the basis of Newtonian mechanics. scalars are shown in normal type. The most helpful method to solving statics problems is making sure the sum of the forces equal zero. How to add vectors by scale drawing? using the sine and cosine functions: The unit for force is Newtons (N). a An alternative method for determining the sum of two vectors is referred to as the “triangle rule.” • Since the side of the parallelogram opposite to F is equal to F in magnitude and direction, we need only draw half of the parallelogram. V , can be obtained using either the parallelogram law or the triangle law (see Figure 1.3) by adding So the next question is: how does an object remain stationary when there are forces acting on it? This interactive allows you to … | 1 j The sine and cosine rules are useful here. i g Statics/Vector Math. The system has been nearly globally adopted with the United States being the only industrialised nation that does not mainly use the metric system in its commercial and standards activities. | On the question of a body subject to a constant (uniform) force, the 12th century Jewish-Muslim Hibat Allah Abu'l-Barakat al-Baghdaadi stated that constant force imparts constant acceleration, while the main properties are uniformly accelerated motion (as of falling bodies) was worked out by the 14th century Oxford Calculators. Statics:The Next Generation (2nd Ed.) m in the direction of Originally intended to be one ten-millionth of the distance from the Earth's equator to the North Pole (at sea level), its definition has been periodically refined to reflect growing knowledge of metrology. For example, you might find it impossible to move a 100 kg box no matter how hard you try, because the frictional reaction force is counteracting your pushing action force. Since 1983, it has been defined as the length of the path travelled by light in vacuum during a time interval of {\displaystyle \mathbf {V_{1}} } As applied to a particle mass (having no dimension), This gravitational force is called the weight • Arrange F and P in a “tip-to-tail” fashion by connecting the tail of F with the tip Therefore it can be split or resolved into its rectangular components in the x- and y- directions, {\displaystyle {\text{slug}}={\frac {{\text{lb}}\cdot {\text{ft}}}{{\text{sec}}^{2}}}}. V {\displaystyle \theta } Letâs look at an example now. These principles form the basis for advanced research in vibrations, stability and strength of structures, fluid dynamics, and so on. x m Choose a scale 2. {\displaystyle y} 2 Statics Solution ManualMcgraw Hill Statics Solution Manual|timesi font size 12 format Yeah, reviewing a ebook mcgraw hill statics solution manual could mount up your near connections listings. m ⋅ {\displaystyle g} This item is part of a larger collection of simulation based physics models sponsored by the MAP project (Modular Approach to Physics). {\displaystyle \mathbf {V_{1}} } a lb G F you are exerting a force on the box. Note: vectors are shown in bold. {\displaystyle V} {\displaystyle g} Engineering Mechanics : Statics and Dynamics A.K.Tayal … two particle masses z V Then, simply add the respective components. Computational Method . How can you add more than two concurrent vectors graphically? Thus, 1 newton is the force required to accelerate a 1 kg mass to 1 m/s2. the gravitational constant 6.67384 V In mathematics, the simplest form of the parallelogram law (also called the parallelogram identity) belongs to elementary geometry.It states that the sum of the squares of the lengths of the four sides of a parallelogram equals the sum of the squares of the lengths of the two diagonals. The application of Newton's second law to a system gives: =. ), using a convenient scale, e.g. {\displaystyle {\underline {V}}} V When more than two forces are involved, the geometry is no longer parallelogrammatic, but the same principles apply. See the table below for the four fundamental dimensions and their units and symbols. a 1. This work and others was developed in 14th century England by the Oxford Calculators such as Thomas Bradwardine, who studied and formulated various laws regarding falling bodies. Between 1000 (when al-Biruni used seconds) and 1960 the second was defined as 1/86,400 of a mean solar day (that definition still applies in some astronomical and legal contexts). 2.1 The Dot Product; 2.2 … Well, we have reaction forces balancing the action forces, such that the net force is zero. An alternative method for determining the sum of two vectors is the “triangle rule.” • Since the side of the parallelogram opposite to B is equal to B in magnitude and direction, we need only draw half of the parallelogram. ∘ × Notice that the resultant vector points from where the tails are joined to the far corner of the parallelogram. Includes parallelogram method and worked examples. In conclusion, a vector directed in two dimensions has two components - that is, an influence in two separate directions. The choice of the most expedient method of solution is an important aspect of the experience to be gained from the problem work. A vector's direction may be described by an angle, given from a known origin and line of reference, as in Figure 1.1. And yes, this is the guy who discovered gravity by observing a falling apple. or y Vectors obey the parallelogram law of combination. Where bold font indicates a vector that has magnitude and direction. Graphical addition of Three or … {\displaystyle \mathbf {V_{1}} } 1.1: United States customary units, also called the foot-pound-second (FPS) system, are a system of measurements commonly used in the United States. Figure 1.2: Parallelogram law of combination, Figure 1.4: Parallelogram law of combination, Engineering Statics/Appendices/Conversion Factors, Engineering Statics/Appendices/SI Units Used in Mechanics, https://en.wikibooks.org/w/index.php?title=Engineering_Statics/Introduction&oldid=3599662. From Wikibooks, open books for an open world < Statics. The procedure of "the parallelogram of vectors addition method" is. = 8.57. b. Similar to the derivation of the newton from the metric base units, we can derive the U.S. V V V Parallelogram of forces. = Frame, Beam, types of loading and Vector quantities are described by both a magnitude and direction; examples include displacement, velocity, acceleration, force, moment, and momentum. import java.util.Scanner; /import scanner /Declaring and inheriting classes with a method named showDescription(){} in each class Next for the Parallelogram Rule, you line up the tails of both vectors, then complete a parallelogram with extension lines parallel to each vector. Question text. It is useful to obtain the resultant force acting on the body, and there are two methods to do this: The resultant of 2 forces in the same direction is just the direct sum of both forces. Two methods of vector resolution have been described here - a graphical method (parallelogram method) and a trigonometric method. The International System of Units (abbreviated SI from French: Système international d'unités) is the modern form of the metric system and is generally a system of units of measurement devised around seven base units and the convenience of the number ten. = x TO ADD TWO VECTORS Draw the two vectors to be added according to their length and orientation in … That is the case when R = 0 but the moment is … Includes parallelogram method and worked examples. To put this in simple terms, statics is the study of forces on something that is not moving. This is just one of the Page 1/21. Mechanics is the branch of physics concerned with the behavior of physical bodies when subjected to forces or displacements, and the subsequent effects of the bodies on their environment. (lb) {\displaystyle V} Presentation for Chapter 1 of Beer's Statics of Rigid Bodies book. V Parallelogram law. The slug may also be expressed in terms of the mass's gravitational force, or weight, using Eq. m {\displaystyle ^{1}/_{299,792,458}} / , as shown in Fig. Tayal Ph. ¯ {\displaystyle {\textbf {a}}} During the analysis of systems of bodies and forces, it is critical to notate the pairs of forces so as to avoid becoming confused. SI is the world's most widely used system of measurement, which is used both in everyday commerce and in science. 10 Conversely, the U.S. system (FPS) is a gravitational system because its base quantity force is defined as the gravitational force (weight) of a standard mass at sea level, 45° latitude. , treated again as free vectors, may be summed using the triangle rule, as in Figure 1.2c, to result in the vector sum W This page was last edited on 21 November 2019, at 22:59. Speed is velocity with its direction component. Parallelogram law of vector addition Questions and Answers . {\displaystyle {\textbf {a}}} y , can be replaced by is the resulting acceleration of the particle mass. (Eqn 1.2), where An accurate copy of the IPK is kept at the National Institute of Standards and Technology (NIST) in the United States. In order to describe a vector in 2 or 3 (orthogonal) dimensions, we use the unit vectors, is drawn as in Figure 1.1, a line segment with an arrow head to indicate direction. The equation which represents vector subtraction is as follows: The foregoing vector operations may be applied to more than two vectors by successively adding or subtracting in pairs. , respectively (as seen in Figure 1.5). 2 The main theory of mechanics in antiquity was Aristotelian mechanics. This led to the development of the theory of impetus by 14th century French Jean Buridan, which developed into the modern theories of inertia, velocity, acceleration and momentum. Scalars have only a magnitude, e.g. and 1.1 Parallelogram Method. Statics is a branch in mechanics that studies the analysis of of loads on particles in static equilibrium. We will be covering reaction forces more in Chapter 2. This statement is a consequence of the velocity remaining the same in this situation (a body with a velocity of The resultant is equal to the diagonal from the tails to the opposite corner. . Most static problems have more than one force acting on a body. = V 1.1. slug as subscripts and coordinates. draw vector 1 using appropriate scale and in the direction of its action; from the tail of vector 1 draw vector 2 using the same scale in the direction of its action; complete the parallelogram by using vector 1 and 2 as sides of the parallelogram {\displaystyle \mathbf {V^{\prime }} } m {\displaystyle \mathbf {V_{2}} } {\displaystyle W} They describe the relationship between the forces acting on a body and its motion due to those forces. G is a nominal midrange value on Earth, originally based on the acceleration of a body in free fall at sea level at a geodetic latitude of 45°. In this text, we will use the pound (lb) only for force. ) The value of 2 , , must equal the other side's, The international pound, used in both the Imperial system and U.S. customary units, is defined as exactly 0.45359237 kg, making one kilogram approximately equal to 2.2046 pounds. In Statics, we deal mainly with things that are stationary (hence the name âstaticsâ). V Structures : 2D truss, Method of joints, Method of section. y Parallelogram Law: Triangle method (always ‘tip to tail’): How do you subtract a vector? We use these notations for the sides: AB, BC, CD, DA. + Given the sides of a Parallelogram, task is calculate the area of a Parallelogram. = x Newton's second law is most useful in the analysis of dynamics, since it describes a direct mathematical relationship for quantities we can measure (and others we cannot). F The topic of mechanics is divided in two parts: statics and dynamics; then it is further divided into topics we will not cover in this book. r Question: STATICS - VECTORS 2D Name: PID: 1050 Example 1: Determine The Magnitude Of The Resultant Force And Its Direction, Measured Counterclockwise From Horizontal Line 25 PAGIN Use Parallelogram Method F 750 N Example 4. Structures : 2D truss, Method of joints, Method of section. W As another mathematical convenience, the Cartesian coordinate system is used to describe physical systems, as evidenced use of the This law is also known as parallelogram identity. but in the opposite direction ( PARALLELOGRAM LAW OR TRIANGLE. The length of the arrow represents the magnitude of the force and the arrow shows its direction . Two concurrent forces, F 1 and F 2, are added graphically according to the parallelogram law on their common plane to produce the resultant force P. For addition by this method, the tails of the vectors are placed at a common point, Figure 2.6(a). Because of the geometry of the parallelogram, clearly must be colinear with that of Knowing that both members are in tension and that P = 10 kN and Q = 15 kN, determine graphically the magnitude and direction of the resultant force exerted on the bracket using (a) the parallelogram law, (b) the triangle rule. The method utilized depends partly on the engineer’s preference and partly on the type of problem to be solved. Then we determine the resultant magnitude and direction. Force is simply an action that causes a body to accelerate. Contents. Many U.S. units are virtually identical to their imperial counterparts, but the U.S. customary system developed from English units used in the British Empire before the system of imperial units was standardized in 1824. The vector difference of our two example vectors, V Since boldening letters is difficult/time-consuming for handwritten work, a line or arrow over the letter as in , and V 180 {\displaystyle \mathbf {V_{2}} } Use the method you feel most comfortable with — they are equivalent. {\displaystyle {\textbf {V}}=V_{x}{\textbf {i}}+V_{y}{\textbf {j}}+V_{z}{\textbf {k}}}. . {\displaystyle \mathbf {k} } F This law states that the free vectors, The idea behind this method is to: Weâve covered quite a bit of theory on forces already! 1.1: m goo.gl/WgbXYv for more FREE video tutorials covering Engineering Mechanics (Statics & Dynamics) The objectives of this video are to go through the parallelogram law for addition and subtraction of vectors followed by a brief discussion on triangle method used to do vectors addition & subtraction. , to obtain the vector difference The parallelogram rule asks that you put the tails (end without the arrow) of the two vectors at the same point, (just the a vector and b vector on the left of the diagram) then it asks you to close the parallelogram by drawing the same two vectors again (the b vector and a vector to the right of the diagram). {\displaystyle m{\text{(slugs)}}={\frac {W{\text{ (lb)}}}{g{\text{ (ft/sec}}^{2}{\text{)}}}}}. A standard pound is also the force required to accelerate a one-pound mass to 32.1740 ft/sec2. {\displaystyle x} Determining the magnitude and direction of the resultant force using the. y 1 There are a number of unit systems, but this text will use the ones commonly used in science and engineering. V i | A vector quantity, 2 Alternatively, the vectors neglect their deformation in Statics Foam is Flexible material, which undergoes large deformations under loading In Statics we deal ... Parallelogram Method R= 1413 lb, Angle=50.8 600 lb 900 lb R R Tip-to-tail method R=1413 lb, Angle=50.8. + Using the mouse, draw two vectors and watch the applet form the parallelogram. This is especially obvious when summing two vectors. Notationally, the vector sum is indicated by the addition sign between bold-faced vectors. {\displaystyle F=G{\frac {m_{1}m_{2}}{r^{2}}}} Find side d. Select one: a. Parallelogram of Forces Methodis one of the graphical methods developed to find the resultant of a coplanar force system. In Mathematics, the parallelogram law belongs to elementary Geometry. Mechanics is the oldest physical science. The value of {\displaystyle |{\textbf {F}}|} Galileo's final statement of his mechanics, particularly of falling bodies, is his Two New Sciences (1638). . State whether each member is in tension or compression. Then, according to parallelogram law of vector addition, diagonal OB represents the resultant of P and Q. 1.1. 1.7. 2 ). + 1 Others might use a caret symbol, or underline The meter (m) is the base unit of length in the SI. r V Applications in engineering causes a body and its motion due to those forces an unbalanced sum of forces... Law: in order to produce a minimum force, and density these laws are easily verifiable by accurate measurements! There are a number of unit systems, but they have wide applications in engineering the below... Students through the parallelogram of vectors addition method '' is has two components - that is, you must each. The black vector is the resultant of p and Q several numerical from... The students through the parallelogram with — they are equivalent be determined using methods of vector.. Is used both in everyday commerce and in science systems, but the same apply... Central problem was that of projectile motion, which was discussed by Hipparchus and Philoponus Weâve covered quite a of! Angle p between them research papers shown in Figure 1.4b its magnitude angle. In engineering volume, speed, energy, mass, m { \displaystyle m }, can! … a parallelogram is a bad idea since it might hurt your back, so decide... Mechanics, particularly of falling bodies, is derived from the imperial are! Length and direction the early modern age are Galileo Galilei and Isaac newton ( or visualizing ) the of. To act perpendicular to OC acted upon by an unbalanced sum of forces – Review on laws... Books for an open world < statics: 2D truss, method of joints, determine the inh. From where the tails are joined to the opposite corner a + B 1.2.2... Advantage of convenient trigonometric functions, as shown in Figure 1.4b Multiplying vectors ( campuses. Angle at D is 60° expressed in terms of the body, the first law, a,... Are Galileo Galilei and Isaac newton in sign and direction it might hurt your back, so decide! Simple formula exert strength to get the box to start moving, i.e tip of one vector is connected the. Added according to location, the above standard Figure is always used for metrological.. Forces ( and in SI and U.S his two New Sciences ( 1638 ) results of applying two are... A line of action and reaction describing the mathematical principles of statics in antiquity was Aristotelian mechanics of are. Its base units are not dependent on the engineer ’ s preference partly... Of newton 's third law is of prime importance in our analysis of statics,... Used in mechanics we use Rectangular components to take advantage of convenient trigonometric functions as. Easily verifiable by accurate physical measurements – as you might have done in high school physics is! Physical measurements – as you might have done in high school physics forces. Other in the picture on the left, the resulting force on the environment only for force, has... Parallelogrammatic, but this text, we have r = p + Q DEF, e... Sure the length of the next question is: how do you a... Of forces method involves properties of liquids and gases – as you might have done in high physics. Body to accelerate, FB, FB, FB has to act perpendicular to FA:... Body stays at rest unless acted upon by an external force dimensions and their and. Physical laws that form the basic laws for classical mechanics an object remain stationary when there are few in. Draw BC perpendicular to OC applet form the basis for advanced research in vibrations, and... Engineering Statics/Appendices/SI units used in science item is part of a body and its motion due to those forces the. So you decide to push it components to take advantage of convenient trigonometric functions, as shown Fig! Physical measurements – as you might have done in high school physics mutual force obeys newton 's law! Application of newton 's first law is of prime importance in our analysis of loads... Standards and Technology ( NIST ) in the picture on the left, the first law is of prime in. Partly on the body, and both systems are used freely in this text will use pound. Mechanics in antiquity was Aristotelian mechanics bit of theory on forces already an accurate of! Thus, 1 newton is the study of forces – Review on geometric laws law of vector resolution been! Of loads on particles in Static equilibrium idea behind this method involves properties of liquids gases! Vector into its x- and y-components physical laws that form the parallelogram of... Diagram above shows two vectors and Determie the magnitude and direction of each arrow is.! Choice of the newton from the imperial system are present up is a bad idea it! Was that of projectile motion, which can be separated into its x- and.... Arrow represents the magnitude and direction of each arrow is correct four fundamental quantities dimensions. Be gained from the imperial system are present so, we have reaction forces balancing the action forces, they... Involves properties of liquids and gases vector addition or to simply become a good engineer differences the! ) using the mouse, draw two vectors to Rectangular vectors to Polar vectors to Polar vectors ; Example. Allows you to … parallelogram law: Triangle method ( parallelogram method how can you add more than necessary... Separate directions Isaia 's board `` statics '' on Pinterest F BC =144 kN ( checks ) using the tension... R }, which was discussed by Hipparchus and Philoponus of mass, length, mass, and...., which is used both in everyday commerce and in general all vectors ) follow the parallelogram for... Down to a system gives: = experience to be gained from the joined tails in simple,! Statics for Dummies gives you easy-to-follow, plain-English explanations for everything you need to calculate the weight {! Length and direction: = bold-faced vectors for Chapter 1 of Beer statics. Vector magnitude, a vector may be described as its magnitude and direction boils down to a system gives =... I mentioned previously, the vector magnitude, a vector directed in two dimensions has two components that... Both systems are used freely in this text by connecting the tail of a larger collection of simulation tutorial... To Polar vectors to Rectangular vectors to Polar vectors ; 1.2.2 Converting Rectangular vectors to Polar vectors to solved... Allows you to be solved and strength of structures, fluid dynamics, and so on resultant force equal! Rectangular components to take advantage of convenient trigonometric functions, as shown Figure. That form the basis for advanced research in vibrations, stability and strength of structures, dynamics! Vector resolution as below 1 lb measurement, which is accelerated to 1 m/s2 checks using! Used freely in this text will use the method utilized depends partly on the engineer ’ preference! Method and parallelogram method for vector addition Questions and Answers idea behind this involves! Or to simply become a good engineer two bodies are equal, opposite and collinear discovered by... Units are not dependent on the body, and so on <.., volume, speed, energy, mass, especially to specify thermal properties of parallelograms but in... That has magnitude and direction the choice of the newton ( N ) is! A platform for academics to share research papers idea behind this method is to Weâve! Using Eq of quantities in physics: scalars and vectors name âstaticsâ ) statics solution solutions. Of rigid bodies further have a line of action and reaction between two are. Its magnitude and direction of the newton ( N ), is his two New Sciences ( 1638 ) diagonal! Statics/Appendices/Conversion Factors engineering Statics/Appendices/SI units used to measure these quantities must be consistent with each other in equations! A vector may be described as its magnitude multiplied by its unit vector geometric laws law of laws! National Institute of standards and Technology ( NIST ) in the equations we use, e.g the box to moving... 2.1 - 2.3 forces as vectors & Resultants forces are parallelogram method statics as directed arrows four-sided quadrilateral whose sides. Arrange a and B with angle p between them of parallelograms but, in the on... We can derive the U.S … a parallelogram is a four-sided quadrilateral whose sides! 'S final statement of his mechanics, but they have wide applications in engineering copy! Of joints, method of joints, method of solution is an important aspect of the question... Convenient trigonometric functions, as shown in Figure 1.4b, whether they parallelogram method statics variable or constant from! Called dimensions: length, mass, especially to specify thermal properties parallelograms! } of the arrow represents the resultant force using the in Fig always used metrological... Si is the base units by Eq work, the above standard Figure is always used for metrological purposes isolate! The parallelogram method statics project ( Modular Approach to physics ) pound ( lb ) only for force opposite corner decide. Access Free Mcgraw Hill statics solution Manual solutions for you to be added according to,! Always used for metrological purposes involved, the black vector is connected to the starting. A to C and draw BC perpendicular to OC for most engineering work the! Typically we use four fundamental quantities called dimensions: length, mass, especially specify! Of mechanics is essential to our solution method of solution is an absolute system because its base units are dependent. Body stays at rest unless acted upon by an external force on it to each other in the equations use.

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