1. traer material para trabajar(USB nombre y grupo computación basica)
Jane Collins
2. Tener 10 minutos de tolerancia.
3. Después de los 10 min no tendran derecho a asistencia.
3. No introducir bebidas o alimentos.
5. Respetar lugar asignado y equipo de trabajo.
6. No usar gorras y lentes oscuros dentro de la clase.
7. Prohibido conectaré a redes sociales, videojuegos, imagenes, música o programas tanto en el equipo de la escuela
8. El celular se contestara siempre y cuando sea una emergencia fuera del laboratorio.
9. mantener el orden del laboratorio apagar el equipo y sillas acomodadas
10. Respeto en el laboratorio, sobrenombres no gritos y mantenerse en el area de trabajo

11. se crearan 3 carpeta con los nombres primer corte segundo corte y tercer corte, dentro de las carpetas se guardara las practicas correspondientes, cada practica llevara la fecha, la practica que no esté en orden no se evaluara
12. cualquier falta se justificara solo con receta médica o documento escolar.

Firma







Examen de Diagnostico.
Nombre:
Grupo:
1¿Cuales son los componentes delhartwart?
2¿Qué es un software?
3Menciona 3 dispositivos de entrada y 3 dispositivos de salida.
4Unidad central de proceso.
5Menciona los 3 tipos de memoria principal de una computadora.
6Menciona que es un virus y que ocasiona en el equipo.
7¿Cuales son los botones de cambio de una ventana?
8Menciona de la imagen del escritorio que elementos ubicas
9¿Qué comprendes por internet?
10¿Qué exploradores haz utilizado?
11¿Qué es un portal?
12¿Qué función tiene un navegador?
13¿tienes correo electrónico y funciones manejas en él?
14¿Haz utilizado un chat? ¿Cual?
15¿Qué es un foro virtual?
16¿Cómo se elabora una carpeta nueva?
The purpose of this lab is to measure and analyze the muscle strength and power of an individual through the use 3 techniques: the handgrip test, the indirect 1-RM test, and the Wingate anaerobic power test. Ibelieve that the two strength tests do provide a valid estimation of the subject’s strength, with the indirect 1-RM test being more accurate as it is based on the direct 1-RM. I hypothesize that muscular strength is lower in females than in males due to increased muscle mass in males. I also hypothesize that even though males might have a greater start power, females will have a higher endurance. Furthermore, I hypothesize that an increased body mass (constant height) leads to a decrease in muscular strength and power. I also believe that the Wingate test will not give be a completely proper way to measure anaerobic power since the only muscles involved are the legs—the anaerobic power stored in the upper extremities is not harnessed.

Methods
Hand grip dynamometry procedure:
First, the dynamometer will be adjusted into a proper and comfortable position for the subject. This will include a quick calibration to make sure the needle counter is set to 0. In preparation for the test, the subject will stand erect and then squeeze the dynamometer as hard as possible without any body movement. The process will be run 3 times on each hand (with 30 second rest between each run) and each measurement will be recorded. After 3 trials, each value in kg will be converted into N. The highest score will be used to classify fitnesslevel. The relative force is then calculated by dividing the force (kg) over the body weight (kg). Finally, the % difference between the dominant and non-dominant hands will be calculated.

Indirect 1-RM procedure
First, the dumbbell weight must be calculated by multiplying the body weight by 0.125 (this dumbbell weight is about 1/8 of the body weight). The subject should do as many repetitions are possible from a position starting at 180° and ending in a complete motion (around 20°). Repetitions should be smooth without any generation of momentum. If the subject is about to finish the 20 maximum reps, he/she should stop, rest, and start again with a higher weight. After this, the same test should be run starting again from 180° to only 90°. Finally the 1-RM will be calculated with the achieved repetitions and the known body weight with the following equation
1RM=rep30+1×weight in kg of dumbell
Wingate Anaerobic Power Test procedure:
First, the subject’s body weight must be measured. The cycle ergometer must be adjusted comfortably for the subject performing the test. The resistance applied needs to be calculated by multiplying the subject’s body weight by 0.075. Once the subject is seated on the bike, he/she will start pedaling as fast as possible. As soon as pedaling starts, the resistance should be applied.Simultaneously, the number of revolution made every 5 seconds should be recorded. These observations should be done until the subject can no longer pedal. After the test, the anaerobic power will be calculated for each 5 second interval using the following equation
resistance×6m×revs0.083 min=anaerobic power

Results:
Hand grip dynamometry:
Subject was a 21 year old male, weighing 77 (kg) with a height of 168 (cm).

Table 1: Strength Tests (absolute force)
| Trial 1 (kg) | Trial 2 (kg) | Trial 3(kg) | Best (kg) | Best (N) |
Dominant Hand | 46 | 45 | 48 | 48 | 480 |
Non-Dominant Hand | 37 | 35 | 38 | 38 | 380 |

Table 2: Relative force and absolute ratings
Relative force, dominant hand | .623 (kg) | 6.23 (N) |
Relative force, non-dominant hand | .494 (kg) | 4.94 (N) |
% difference between dominant and non-dominant hands | 23.26% |
Rating for dominant hand | Average |
Rating for non-dominant hand | Very poor |
% of normal value | 83.5% of normal value |

Calculations:
Kilogram conversion to N:

48 kg×10ms2=480 N
38 kg×10ms2=380 N
Relative force:

48 kg77 bw in kg=0.623 kg×10(ms2=6.23 N (dominant hand)
38 kg77 bw in kg=0.494 kg×10(ms2=4.94 N (non-dominant hand)

% difference between dominant and non-dominant hands:

48-3848+382×100=23.26%

% of normal value:

86103×100=83.5%

Indirect1-RM:

This test was performed on one male and one female—results for both will be presented.

Male weighed 80 kg and had a height of 168 cm.

Table 3: 1-RM measurements for male subject
(180 degrees – 20 degrees) | 12 reps at 30 lbs. (13.6 kg) |
(90 degrees – 20 degrees) | 19 reps at 30 lbs. (13.6 kg) |
1-RM (180 – 20) | 19.04 (kg) | Relative force=0.238 (kg) | 190.4 (N) |
1-RM (90 – 17¿Cómo se le cambia el nombre a una carpeta o archivo?
18¿Cómo se elabora un directorio de carpetas?
19¿Cómo podemos copiar, pegar cortar un archivo o información?
20¿si elimino una información de mi memoria USB como la recupero?
21¿si elimino una carpeta de mi escritorio como la recupero?
22menciona por medio de porcentaje cuanto es lo que dominas en paint , Word, PowerPoint
23¿Cómo te gustaría tu clase de computación y menciona algunas sugerencia?