Thursday, December 21, 2006

England Chocolate Best

El Landro Aitor Arce

On Friday they still had no idea of \u200b\u200bwhat would do on Saturday received a call from Asturian rivers Aitor wondering, as he and Julia ( Speedkayak ) were in the principality. As I of this autonomous community I have no idea, derivatives to Thomas which we ended up rolling them all to make the Landro.
Ourol
On the way stopped at As Pontes to pick up José Miguel. When we finally reached our destination only Carlos the rest would be delayed.


Preliminary

After changing, we performed the shuttle run and we went into the River. After warming in a hundred yards of Class I / II found that floods had cleared a sifonazo had in the past that went down this stretch. The arrival of the mini-dam was a porter (easy on the left) and the beginning of the fun.


The dam portage


fun begins

The gap is growing and the steps of Class III is still giving a good continuation to the decline. We sail eye until a break made us lose sight of the River. It was a leap that is turning left. What we were doing all recorded on video while Aitor and Germany we immortalized with the camera. It was followed by a step at other times had to do it the right receptions stone, but this time, the result of the flood, the trunk was gone that prevented it from the left. Mounted securely and returned to solve all smoothly.


opened new paths


Continuity and drop

After a few ramps to hit view again quickly re-scan. At this time a long, paved ramp followed by a small oasis and a series of leaps punctuated by puddles. Juanjo overturned on the ramp and swam. Carlos was fine with rope rescue and pulled him out of the water quickly, but unfortunately Juanjo had taken a big hit in the coccyx and hand. Fortunately was able to continue without problems. One end of the rope ended up under a rock and I had to get me to the river to disengage. In rivers so stoned as it is important to ride well as assurances by continuity swims can be long and painful.


The end of the ramp


Rescuing the rescue rope;)


No comment:)

Then we would face at a pace that is characterized by a stone slope to the left side was a tree. Opened Aitor showing the rest of the course which was good. Land touches made the step to carry the "P" on this occasion also siphon stone had gone through another tree.


Carlin in action
remarkable
The next step is one that after entering the left has a giant mushroom species. Carlos was dislocated and faced a small step back by an inadvertent stall Stern with the Nomad. In fact except Aitor and Jose Miguel (any problems) the rest turn more or less voluntarily to the right past the water mushroom.


In stone!

In a minor leap, Thomas had to leave the dugout to stay flush. I too underwent the fixed but I got free myself without having to pull the cover.

Another step that gave us joy was an "S" in which he had to go skipping a stone immediately afterwards turn left. Both paddlers "guests" turned, eskimo quickly, to finish the step. I do not fine tune the output of the "S" playing in a rock and finishing step back. At this point we use to account for some fruit and chocolate because we had about three hours of descent.





River some surprises in store for us as a siphon huge tree in the same ramp that is the stone trap. Then came a diagonal step that is skipped by the center-right. In this jump, I've always played in some rock-except this time I got a slab slides perfectly, landing cleanly on the mattress.

The next stop would be to explore the staircase and the passage of the "mommies." We set up a strong security steps to prevent anyone was going to swim for the next step.




The staircase steps flanked him playing the passing of the "mommies" Aitor opened it, turning before crossing the last step, solving an Eskimo after emerging at the reception. I would imitate him, turning on the spot. The water pressure was so strong that I thought I left the covers but I had major problems right behind the dugout. José Miguel did a film like Aitor had rallied for a second attempt.


Aitor

Beatdown From here the river loses slope and steps are easier. Fruit of confidence and exhaustion I poured on a ramp had no major problems except a little depth. I started to take this gig from blows to the head I could not eskimo and (much to my regret) covers pulled. The swim was at the end of my compis step and I picked up the wreck and accessories such as camera and rope rescue. After draining, I took the helmet (it premiered) to see who had the party presenting a break of about six inches in the front. As I comment on Carlos had traveled a considerable distance upside down (subject was not conscious). The truth is that they had to leave my pride quickly buried in a very low regard, this being my second swim of 2006.

to the landing there was nothing worth mentioning were it not that Juan would stick too a swim in a place "stupid" as he told us, but to him, the river did not apply the "English discipline" this time.

finish the descent, Ourol chop something, while his recordings Aitor taught us Teixuga concentration. Both he and Julia liked the river, either on their steps well for its magnificent landscape, formed by a beautiful forest of deciduous trees.

They both accompany Thomas and Carlos on Sunday to drop the classic Sister. I fell off this fall to have another commitment. Anyway I have to say it was a pleasure to navigate to the side (and try to learn something) paddler with such a level.

Here is a little guide (updated since last fall) of Landro:

Embarkation: On the bridge of the road from Minot.
Landing: Gromeneiro
Bridge Class: IV (4 +) 1 dam 1 p. O scale IV/4/B Addison
Length: 6 km
Comments: The gap deepens as we go down by the river. " Steps have good continuity. Lots of trees and traps any stone. Happy holidays

Tuesday, April 4, 2006

Convert W V To Molarity



ACTIVITIES PULLEYS:

1. 13kg I have to get water from a well. If the pulley is a pulley hoist 7, what force will have to do to get it up?.

Solution:


Formula: F = R / 2 ⁿ
x = 13 / 2 to 7 high
x = 13/256kg


2. I have to upload a load of 26kg with a movable pulley. What force have to do?

Solution:


Formula: F = R / 2
x = 26 / 2

x = 13kg

3.Tengo to lift a weight of 0.8 kg. If it is a simple pulley how strong I have to do?

Solution:


Formula: F = R
0.8 = R


4. I have a hoist 6 pulleys. If I have to lift weights 20kg. What force have to do to get it up? And if the hoist is 3 Will the double pulleys and why?

Solution:


Formula: F = R / 2 ⁿ
x = 64 / 2 increased to 6
x = 64 / 128
x = 0.5kg

No:
x = 64 / 2 ³
x = 64 / 16
x = 4kg

5 . With a movable pulley with which I have to lift a weight of 0.6kg. What force have to do to get it up?

Solution:


Formula: F = R / 2
x = 0.6 / 2
x = 0.3kg


ACTIVITIES: TWO SYSTEMS FRICTION PULLEYS


1. I have a 5cm diameter pulley and a 20cm. If the small tour at a rate of 8rpm How fast will turn up?

Solution:


Formula: V ₁ · d ₁ = V ₂ · d ₂
8 • 5 = 20 · x
40 = 20 · x
x = 40 / 20
x = 2rpm


2. I have two pulleys that are connected by a rubber band. If the two go at a speed of 15rpm, and one of them has a diameter of 6cm What diameter will have the other? And if the diameter of 6cm, instead of going to go to 15rpm diameter 18 What will the other?

Solution:


Formula: V ₁ · d ₁ = V ₂ · d ₂
15 • 6 = 15 ° x
The other pulley measured the same

V ₁ · d ₁ = V ₂ · d ₂
18 • 6 = 15 ° x 108 = 15 °

x x = 108 / 15 x = 7.2cm


3. A pulley is 25cm in diameter at a speed of 25rpm.Si has a pulley that is attached to a 50rpm speed "Its diameter is 50? justify.

Solution:


Formula: V ₁ · d ₁ = V ₂ · d ₂
25 • 25 = 50 ° x
625 = 50 ° x
x = 625 / 50
x = 12.5cm




No 4. If a 36cm diameter pulley which is connected to one of 45cm, it will speed 93rpm how fast will the other?

Solution:

Formula: V · d ₁ ₂ ₁ = V ·
₂ d x · 45 = 93 · 36
x · 45 = 3348
x = 3348 / 45
x = 74.4rpm

5. friction pulleys I have two of them turned to 16rpm and measures 4cm 8cm.Si the other measures how fast will it go?

Solution:

Formula: V ₁ · d ₁ = V ₂ · d ₂
x · 4 = 16 • 8
x • 4 = 128
x = 128 / 4
x = 32rpm

Wednesday, March 29, 2006

Industrial Recycling Bins



LEVERS ACTIVITIES :

1. We have to lift 30kg of rubble with a wheelbarrow. The distance between the debris and the wheel is 25cm and the strength that I do is half of what they weigh the rubble. How far will my hand from the rubble?

Solution: Formula F × f = R * R
15 · x = 25.30
15 · x = 750 x = 750/15

x = 50cm




2. Two boys are playing on the swing in the park. The distance between the two sides of the swing and the center is half a meter (50 cm) one child weighs 25kg. How weigh the other child to lift?

Solution: Formula F × f = R * R
25.50 = x • 50
1250 = x • 50
1250/50 = x
25 = x


If weighing 25kg equates it with weighing 25 eat something and raise it.



3. I have a lever that is 13cm in distance between the fulcrum and the resistance. If the resistance weighs 10kg and the strength that I do is of 2Kg, how far is the strength that I do and the fulcrum?


Solution: Formula F × f = R * R
2 • x = 10.13
2 •
x = 130 x = 130 / 2 x = 65




4. I cut a paper by a force of 5kg. If the distance between the fulcrum and the resistance is 5 cm and between the fulcrum and the force is 2 cm, what is the resistance have to do the folio?


Solution: Formula F × f = R * R
x 5.2 = 5 •
10 / 5 = 5 ° x 2 = x



5. I want to get a nail opposing resistance 2kg and I do a force of 6kg. If the distance between the fulcrum and the force is 4cm how much is the distance between the point of support and resistance?

Solution: Formula F × f = R * R
2.6 = 3 ° x 18 = 3.x

18 / 3 = x

6 = x

Wednesday, March 22, 2006

M&b Wedding Dance Giude



MECHANISMS OF TRANSFORMATION OF MOTION
processing mechanisms in straight circular motion .

1.- Sistema piñón-cremallera.

Es un piñón o rueda dentada de dientes rectos, engarzado a una cremallera, se desplaza con movimiento rectilíneo.
Este mecanismo permite transformar el movimiento rectilíneo en un movimiento circular, es un mecanismo reversible. Se utiliza en sacacorchos, etc.



2.- Sistema tornillo-tuerca.

Consta de un tornillo y de una tuerca (como su propio nombre indica), cuyo diámetro coincide con el del tornillo. Si el tornillo turning the nut moves with a linear motion, provided that the orientation remains fixed, and vice versa. It is used in screw caps, etc.


3 .- Joint-winch handle.

A handle is a bar that is attached to a shaft that spins. The force required to rotate is less than it would have to apply directly. The mechanism is the lathe, which consists of a drum that rotates around its axis in order to drag an object.

A lathe is in equilibrium when it meets this equation:

F × f = R * R
F = R * R / d


equalities in "F is the force applied.
-f: is the radius of the crank.
-R: the resistance.
-r: is the radius of the lathe.
Ryd If the ratio is small enough, the winch will lift weights with little effort.






Transformation mechanisms of circular motion in straight alternative.

1 .- rod-crank assembly.

is formed (as the name suggests) with a handle and a bar called crank. Is articulated at one end to said crank and the other with an element describing a reciprocating motion.
rotate the wheel, crank transmits the circular movement of the rod. This system also works in reverse. It is used in machine tools, etc..

Examples of application of the rod-crank mechanism


* crankshaft.

Placing a series of cranks on the same axle, each axle elbows acts as a crank, and crank set is called.
The crankshaft transforms the rotation movement of step alternative movements of rods. You can also convert reciprocating push rods in a rotational movement.
This mechanism is used in combustion engines, sewing machines, etc.

Examples combustion engine crankshaft

Máquina de coser



2.- Leva y excéntrica.

La leva es, una rueda con un saliente que empuja un seguidor a su paso. Se pueden añadir más salientes e introducir perfiles más o menos abruptos para conseguir movimientos más complejos.
De este modo, la leva transforma el movimiento de rotación de la rueda en un movimiento lineal del seguidor o varilla, que recorre el perfil de la leva cuando esta gira.
Un conjunto de levas colocadas sobre el mismo eje se denomina árbol de levas.
La excéntrica consiste en una rueda cuyo eje de giro no coincide con el centro de la circunferencia. Transforma el movimiento de rotación wheel in a reciprocating linear movement of the rod.

Camshaft

Monday, March 6, 2006

Can We Bathe Immediately After Waxing?







What is a lever?

is a simple machine consisting of a bar that pivots on a fulcrum.

What is the point?

serves to easily move loads by increasing the strength or power. The levers also amplify the movement.

What are its components?

Barra, fulcrum, and load power

In what types are there?

In first grade, second grade and third grade.


What is the difference between the different types?

In first grade : The fulcrum is between the power and load.



The object is the load weight, and counterweights to balance the force carried out the mechanism. Both weights are equal and are at the same distance.


In second grade : The fulcrum is at one end and the power and
load the other.



By raising the poles is possible to lift a heavy load that is closer to the fulcrum, the wheel.



In third grade : The power is between the fulcrum and load.



A pair of tweezers is a third grade composite handle. The effort exerted by the fingers is reduced at the ends of the clamp, which allows you to take aim

Sunday, March 5, 2006

Vidya Balan Blouse Design In Parineeta



Machine: A machine is a set of moving parts and non-mobile, that the effect of its links are capable of transforming energy.

simple machine: A simple machine is a device that only requires the application of force to operate.

Mechanism: in mechanical mechanism is called a set of rigid elements, moving from one another, whose purpose is the transmission of motion and strength.

Lever Act: The product of his arm strength is equal to the strength of his:
FxBf = RxBr



elements involved in this act:
R: Resistance
r: resistance arm
F: Force
f: arm strength

Problem: A lever has arm force 2 m resistance arm 4 m. If want lift a weight (or Resistencia) 100 Kg What force'll do?

F * f = R * r
F * 2 = 100 * 4
F = 400 / 2
F = 200

Tuesday, February 14, 2006

Pctv 150e 55e Mce Microsoft








displayed in the previous publication of the images: the Pritzker Architecture Prize, the Metro Bilbao, Santiago Calatrava, Frank Gehry and the Guggenheim Museum in Bilbao.


appear in this picture: Arata Isozaki, Zaha Hadid, Norman Foster, the seat of the BBVA and the tower of the council (is planned)

Dream I Am Strangling Mother








This work I have done with a classmate.
in the speech of the architecture of Bilbao and architects who are the authors of these works.
One of the architects Frank Gehry is among his works include the Guggenheim in Bilbao that the most significant building in the city. We also talked
Calatraba Santiago is the author of the Loiu airport and Zubi-Zuri footbridge.
Bilbao's metro is one of the works of Norman Foster which was opened on November 11, 1995.
Pritzker Prize for Architecture is an award which was awarded to Zaha-Hadid in 2004, the first and only woman who has Cootra architect Arata Isozaki is Asia who is the author of Uribitarte towers.
We also talked BBVA tower has been moved from the Madrid to Bilbao (which has its headquarters)
are planned tower located deputation of Cesar Pelli's Guggenheim serca when his building's tower will host the Provincial Council of Biscay.

Others not mentioned architect Rafael Moneo are Alvaro Siza.

In this study we discussed the architecture Hight-Tech and the city of Bilbao. In
possibly because we had not any interest if we make this work

http://www.bilbaoria2000.com/