Pythagorean Theorem- tool

Faber

Quickdraw found this, i gues im not the only one that can use that tool

http://www2.whidbey.net/...vascript/p_thag.html

simply write distance A and C and it will do the rest for you

NIIIIIICE

jerry81

Re: [Faber] Pythagorean Theorem- tool

Why bother with measuring c? When you're looking at the top at a 45° angle, a and b are equal...(for example, when you're looking at the top of an A at a 45° degree angle, the distance to its base is the same as its height)
Or does this have another use that I can not grasp with my yet-untainted-by-BASE mind?

Hooknswoop

Re: [jerry81] Pythagorean Theorem- tool

If you have a laser rangefinder and measure the distance to the base of the object (A) and to the top(C), you can figure the actual height of the object (B).

Derek

QuickDraw

Re: [Hooknswoop] Pythagorean Theorem- tool

I believe that was what was done in this case Hook.

Faber

Re: [QuickDraw] Pythagorean Theorem- tool

damnit,it DONT work,i just climbed the object,that should be 74 yards/223ft,my alti watch said it only were 220ft
nice climb up,just as nice as the climb down

Hooknswoop

Re: [QuickDraw] Pythagorean Theorem- tool

I should have clarified it is easier to measure A and C to figure B than it is to measure A at a point exactly 45-degrees from the top of height B. How would you figure a 45-degree angle exactly?

Also, you can measure the height of an A from the top without any math simply by pointing the rangefinder straight down. But if you at the bottom and need to use a rangefinder to find the height, the Pythagorean theorem is the easiest way to do it.

My first post was in response to:

In reply to: Why bother with measuring c? When you're looking at the top at a 45° angle, a and b are equal...(for example, when you're looking at the top of an A at a 45° degree angle, the distance to its base is the same as its height)
Or does this have another use that I can not grasp with my yet-untainted-by-BASE mind?
Derek

tosca

Re: [Hooknswoop] Pythagorean Theorem- tool

if you know the distance to A, you can use an electronic clinometer to measure the height at different places on an object, without doing any calculations.

jerry81

Re: [Hooknswoop] Pythagorean Theorem- tool

I thought of a laser rangefinder for measuring c too, but then thought a plastic ruler for determining the 45° angle would probably be somewhat cheaper... If you have the laser gadget, more power to you.

Faber

Re: [tosca] Pythagorean Theorem- tool

In reply to: if you know the distance to A, you can use an electronic clinometer to measure the height at different places on an object, without doing any calculations. i would say that it need more than just 1 distance. Never heard of a electronic clinometer ,but im sure it use the same formel

Faber

Re: [jerry81] Pythagorean Theorem- tool

In reply to: thought a plastic ruler for determining the 45° angle would probably be somewhat cheaper... you would still need to messure from the point your stands(45degree place)and into the object...
a Laser cost aprox 220$if i rember correct,guess what the next toolim gonna buy(thanks BASE813 i love your laser )

jerry81

Re: [Faber] Pythagorean Theorem- tool

Duh! So it's all about using complicated gadgets to make your life easier...I can relate. Knowing myself, I'll probably get a rangefinder as soon as I start jumping just to verify the height of the already verified "newbie" objects.
Now excuse me while I go talk of stuff I actually know something about...

Faber

Re: [jerry81] Pythagorean Theorem- tool

In reply to: I go talk of stuff I actually know something about...
No worryes,not long time ago i didnt knew either thats the reason for this board,to learn from.

Hooknswoop

Re: [tosca] Pythagorean Theorem- tool

In reply to: if you know the distance to A, you can use an electronic clinometer to measure the height at different places on an object, without doing any calculations.
Right, but I think this was based on having a rangefinder and wanting to know the height of an object.

Derek

Hooknswoop

Re: [jerry81] Pythagorean Theorem- tool

In reply to: I thought of a laser rangefinder for measuring c too, but then thought a plastic ruler for determining the 45° angle would probably be somewhat cheaper... If you have the laser gadget, more power to you.
But you would still need an accurate way to measure the distance to the base of the object.

A rangefinder and a little math is also very accurate.

Derek

andy2

Re: [Hooknswoop] Pythagorean Theorem- tool

why dont you climb up to the exit point and laser it down to the ground leaning over the edge? That way you don't have to fuck around with math before you jump! Or is there something wrong with doing it that way?

Hooknswoop

Re: [andy2] Pythagorean Theorem- tool

In reply to: why dont you climb up to the exit point and laser it down to the ground leaning over the edge? That way you don't have to fuck around with math before you jump! Or is there something wrong with doing it that way?
A building, high profile, or secured site may not allow for that.

Derek

Faber

Re: [Hooknswoop] Pythagorean Theorem- tool

In reply to: Quote
--------------------------------------------------------------------------------

why dont you climb up to the exit point and laser it down to the ground leaning over the edge? That way you don't have to fuck around with math before you jump! Or is there something wrong with doing it that way?

--------------------------------------------------------------------------------

A building, high profile, or secured site may not allow for that. In this case it were a chimney,in one of Dk´s biggest cityes,which looked doabele,but not sure,it isnt an easy climb so i laserede it first to estimate the high(223ft in this case),then as it went dark(total)i climbed it to have a look at the exit point,which looked like sh#t from the ground,and looked the same in the top.im sure it can be done,by a more experienced jumper than me or as i get my nerves down..ha ha one scarry object..

CrazyThomas

Re: [Faber] Pythagorean Theorem- tool

In reply to:
damnit,it DONT work,i just climbed the object,that should be 74 yards/223ft,my alti watch said it only were 220ft
nice climb up,just as nice as the climb down
Maybe get Mac to climb it? If he has to stop 3 times for a rest period, it may be above 200 feet. I don't know. You know how much of a lazy boy he is. And how often he has to rest. So maybe something like if he rests every 50 feet, and has to rest 5 times before the top, you know it is at least 250 feet.
Joking Mac, and in good spirits. Just trying to have fun with #850.
Faber, don't cut it that close. If you can't eyeball it, maybe there isn't enough of a safety factor?
Just my .02
Thomas

Faber

Re: [CrazyThomas] Pythagorean Theorem- tool

Hi Thomas,fact is that im as lazy as Mac is,and im too lazy to count how many sests i took on the way,but 50ft is the usual i do,so evry thing whith more that 4 breaks can be jumped

As said in the post before,im not ready for this jump yet,but im sure i will do it as its 10mins of walk from my homejust need to talk to some people first to figure out some thing such as how it should work at the top as i cant unwear the rig at the top,and im not sure i want to climb it whith open pin flap.even if 2 jumpers were up there,there wouldnt be room so they could help each other

peterk

Re: [Faber] Pythagorean Theorem- tool

Aren't most ladder rungs 12", or 1 ft apart? If you count how many ladder rungs there are within the red-white colors, you can figure out how the A is painted, like 75' per section, 8 colors, etc...?