02 Lab teoria
12
(*����� ������ ���*) (*��������� ���*) (*��������� �� ������ ��� �� ����� �� ��������� ��������� ��� �� ������ θ ��� �� ��������� � ���� ������ � �� ������ ���� ���� �� ����������� �������� � ������ �� ������ *) (*����� ������� �������� ���������� �� ���������� ���*) � �� / �� = �� = �� ���� �� = �� =- �� (*� ������� ������� ��� *) (*���������� �*) �� = �� (�)= ����θ �� = �� (�)= ����θ (*����� �� ���������� ��� ���������� �� ���������� �� ������� ��� *) (*�������� �*) �� =- �� + �� ����� �� = �� (*������ �� �������� � ��������� ��� ����������� �� �� ��������� �� �� �������� ����� �����*) �� = ����θ - �� �� = ����θ (*��� ���������� ����� ����� ���*) � (�)= ����θ� - � / � �� � � � = ����θ� (*�� ������� � ������� ���� �=�*) � (�)= � = ����θ� - � / � �� � � (*����� ������������ � �� ��������� � ����� �� ������ �� ����� �� ���� �� ������� ���*) � = � ����θ / � �������� ��� (*���� ��� ���� �� �� ������� (��� � ���������) �� �� �������� �� ������� �� ��������� �� ���� (�) ������� ������ �� ��� ��������� �� ���� ¿���� ���� ��������� ����������� ¿��� ����� �� ��� �������������� ��������� ������ ����� �*) (*�� ������� ��� *) � / � �� � � = � / � �� � � � = � � / � ω = � / � (*� ���� � ������ ������� ����������� ������� �� ������ ��� *) � = �ω (*��� �=� �� ������� ��� *) � = �ω (*����� ���������� � � � ������������ ω �������*) � = � � / �
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A mat is a generic term for a piece of fabric or flat material, generally placed on a floor or other flat surface, which serves a range of purposes including:providing a regular or flat surface, such as a mousepad.protecting that which is beneath the mat, such as a place mat or the matting used in archival framing and preservation of documents and paintings.protecting that which is above the mat, such as a wrestling or gymnastics mat, or an anti-vibration mat.changing the state of that which passes above it, such as a doormat attracting dirt from shoes.In domestic settings:A doormat, more frequently spelled door-mat,[1] is a flat, usually rectangular object placed immediately outside or inside the entrance to a house or other building, to allow people to easily scrub or wipe the soles of their shoes before entering. Doormats are usually made from tough, long-lasting material such as coir, palmyra (palm) fibres and stalks, nylon, rubber, cloth, or aluminium and other metals. Doormats may also be known as welcome mats, as their location at an entrance constitutes a "welcome" to visitors, and may therefore also bear some word, message or sign of greeting. This in turn has given rise to a subculture of cartoons featuring characters returning home to find (to the reader) a humorous message on the doormat. The lowly purpose for which doormats exist has also led to informal use of the term as a reference to people who behave timidly or passively when exploited by others[citation needed] (see also Caspar Milquetoast).A "cabinet mat" is a mat made of rubber, that protects kitchen cabinets, more particularly kitchen sink base cabinets, from leaks,water damage, mold and household item spills that commonly occur in the kitchen skink cabinet.A bath mat is a device used on the floor of a bathroom to provide a warm non-slip surface, and to absorb small amounts of water, much like a towel.Place mats or serving mats are flat piece of fabric or other type of material used on a table at the points at which dishes and plates will be located during a meal. One of the common purposes of such mats is to provide a thermal and physical barrier between that which is placed on the table, and the table itself—for instance, to stop hot objects from marring the table's finish.Car mats are designed to help provide protection for a vehicle. One major use of a car mat is to keep the car looking clean. Some require fixation points to ensure they remain fixed in position. Carpet mats and rubber mats differ in a number of ways. Carpet mats are generally tufted and have a rubberised anti slip backing. On the other hand, rubber car mats are heavy duty and higher durability. While some car mats are the plain colour of rubber, many contain branded company logos, cartoon characters or even advertisements. Some are in textile form of carpet material. They can also come in a wide range of colours. The terms universal and custom fit mats differentiate between floor mats that will fit a multitude of different cars and those that are specifically designed to fit only one chassis. They are designed to keep the car clean."Anti-fatigue mats" are designed to cut down on fatigue of a person, working in a standing position for prolonged periods of time. Most anti-fatigue matting is a combination of an ergonomic pattern and a cushioning underlay. The cushioning causes constant subconscious balance checks and micro movements that stimulate blood flow through the legs and lower extremities. This results in better circulation and less fatigue. The cushioning underlay insulates the feet from the hard surface, cold floors, vibrations, moisture and sound.[2] Their unique design encourages the user to make continual micro-movements[3] which provides a wealth of health benefits, such as minimizing back pain, foot pain, weariness, stress, etc. Anti-fatigue mats are one of the approaches to prevent injuries, caused by working in a standing position. This type of
Transcript of 02 Lab teoria
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(* *)(* *)(*
*)(* *) / = = = = -(* *) (* *) = () = = () = (* *)(* *) = - + = (*
*) = - = (* *) () = - / = (* =*) () = = - / (* *)
= / (* ( ) () *)(* *) / = / = / = / (* *) = (* = *) = (* *) = /
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(* *)
= - (* *)(* ()= ()= *)(* *) () = () + ()(* = /
()== *) () = - () + ()(* ()= *) = () / ()(* *)
() = () + () () / () (*
(+) ()-(-)+()
(* *)
(* *) / () = ()(* *) / () = () / - () / (* *) / = (* *) / () = () (*
-
*)(**) = -( ) () = () = (* -
= =/(-) ()+-- *)(* *)
2 aura bejarano olvera _631149_assignsubmission_file_tarea dos .nb
oguzmanTypewritten TextIncompleto: En este problema falt comparar las energas obtenidas por los 2 mtodos
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[_ _ _ _ _] = [{ } = [ { }] = = - * + ( / ) * [ ] * = [[]] = { }[ = = +
= * - + * [ ] = + [[]] = { } = = ]
[]][_ _] = -( ) = = [ / ( - ) ] = [ ]
5 10 15 20
-1.0
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1.0
= [[ ] { } ]
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-1.0
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[ ]
5 10 15 20
-1.0
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= [{ [ ]} { / ( - )}] = [{[[ ]] [[ ]] - [[ ]]} { []}][ ]
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-1
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(* () *)(* --
*)[_ _ _ _ _] = [{ }
= [{ } { }] = = [[]] = { }[ = = + = [ ] = [ + / + / ] = + = + [[]] = { }]
[]][_ _] = [[]] -( ) [[]]
4 aura bejarano olvera _631149_assignsubmission_file_tarea dos .nb
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[ = [ { } / ( - ) ]]{ } = [{[[ ]] [[ ]]} { []}] = [ ]
5 10 15 20
1106
2106
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= [[ ] { } ]
0.2 0.4 0.6 0.8 1.0
-1.0
-0.5
0.5
1.0
[{ } { {- }}]
0.5 1.0 1.5 2.0
-1.0-0.5
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1.0
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aura bejarano olvera _631149_assignsubmission_file_tarea dos .nb 5
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= [{ [ ]} { / ( - )}] = [{[[ ]] [[ ]] - [[ ]]} { []}][ ]
5 10 15 20
1106
2106
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4106
(* () =-
=
( ) = ( ) *) = [{[] == [] [ + []] [] == } { }]{{ [{{ }} ]}}[_ _ _ _ _] = [{ }
= [{ } { }] = = [[]] = { }[ = = + = [ ] = [ + / + / ] = + = + [[]] = { }]
[]][_ _] = - = [ { } ] = [{[[ ]] [[ ]]} { []}]
6 aura bejarano olvera _631149_assignsubmission_file_tarea dos .nb
oguzmanTypewritten TextIncompleto: faltaron ms ecuaciones a resolver y mostrar la diferencia entre las soluciones exactas y numricas
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= []
0.001 0.002 0.003 0.004
0.99994
0.99996
0.99998
1.00000
[_] = - + = [ { } ][_ _ _ _ _] = [{ }
= [{ } { }] = = [[]] = { }[ = = + = [ ] = [ + / + / ] = [ + / + / ] = [ + + ] = + / [ / + + + / ] = + [[]] = { }]
[]] = [] == - [] [] - + + []
aura bejarano olvera _631149_assignsubmission_file_tarea dos .nb 7
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- + { }0.2 0.4 0.6 0.8 1.0
-1.5
-1.0
-0.5
(* ()
*)(* () = / = ()=
()= =- =
*)(* () = / = ( ()=) =- - = () () =-*)(* () () () =- *)
8 aura bejarano olvera _631149_assignsubmission_file_tarea dos .nb
oguzmanTypewritten TextBuen intento, pero hay varios errores.
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[_ _] = - - ( / ) = = = = * [ / ( - ) ] = [ / ( - ) ][_ _ _ _ _] = [{ }
= [{ } { }] = = = [[]] = { }[ = = + = [ ] = [ + / + / ] = + = + = + [[]] = { }]
[]][ { { }}] - - - - - - - - -
aura bejarano olvera _631149_assignsubmission_file_tarea dos .nb 9
oguzmanTypewritten TextAqu hay un errror serio porque ests calculando la solucin ANTES de definir el mtodo numrico RK; la "solucin" predice que inicialmente el oscilador se aleja en vez de acercarse al origen, lo cual no tiene mucho sentido
oguzmanTypewritten TextAqu dice que el oscilador se aleja del origen, pero la velocidad es negativa!No puede estar bien.
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[_ _] = - = = = = * [ / ( - ) ] = [ / ( - ) ][_ _ _ _ _] = [{ }
= [{ } { }] = = = [[]] = { }[ = = + = [ ] = [ + / + / ] = + = + = + [[]] = { }]
[]][ { { }}] - - - - - - - - -
10 aura bejarano olvera _631149_assignsubmission_file_tarea dos .nb
oguzmanTypewritten TextEsta tabla es la misma que con RK. Algo debe estar seriamente mal.
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[_ _] = - - ( / ) = = = = * [ / ( - ) ] = * = [ / ( - ) ][_ _ _ _ _] = [{ }
= [{ } { }] = = = [[]] = { }[ = = + = [ ] = [ + / + / ] = + = + = + [[]] = { }]
[]] = [ { { }}] = [[[ { }]] { []}]
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oguzmanTypewritten TextEsta es la amplitud crtica correcta, la que llevara clsicamente al oscilador a alcanzar a velocidad de la luz. Sin embargo, ojo, pusiste x1 como velocidad inicial y esa debera ser cero.
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[ ]
1.1 1.2 1.3 1.4 1.5
8.660251078.660251078.660251078.660251078.660251078.66025107
12 aura bejarano olvera _631149_assignsubmission_file_tarea dos .nb
