Question about Panasonic KX-TG1033S Cordless Phone

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Posted on Jan 02, 2017

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Calibrating a laser distance meter is not all that complicated. eHow.com has a really good guide. How to Calibrate Laser Distance Meter eHow

Jan 22, 2014 | Measuring Tools & Sensors

It's called "Present Distance" and it can be set to "0" in the printer's control panel. Look under Print Control.

Jan 21, 2014 | Datamax Office Equipment & Supplies

hello there firstly you will need to raise your antenna has high as possible and buy a preamplifier this will raise the weak stations and give better signals hope this helps

Mar 20, 2011 | Cobra 148 GTL 120-Channels Base CB Radio

set the antenna and SWR to match that should give you better distance

Dec 25, 2010 | Magnum S6 Base CB Radio

Hi, my name is John. Welcome to FixYa. Check your antenna, you need to set it with a real SWR meter, pick one up at any near-by CB shack $10.00. Thanks for choosing Fixya...John

Jul 22, 2010 | Cobra 148 GTL 120-Channels Base CB Radio

To be very effective 60 meters horizontal and 20 meters

vertical distance from a water source free from pipeline leaks.

vertical distance from a water source free from pipeline leaks.

Oct 03, 2009 | Flotec Corrosion Resistant Shallow Well...

Sounds to me like a hardware problem. Pls send ur lens to Nikon to have it looked into

Sep 13, 2009 | Nikon 18-200mm f/3.5-5.6 G ED-IF AF-S VR...

12x60=720 meters in one minute the distance traved is 720 meters in one minute so in four minutes the vechilce has travled 720x4 minutes =2880 meters in four minutes.

Aug 26, 2009 | 1998 Dodge Ram 1500 4WD

How to use the reticle:

The vertical scale (reticle) visible through the left half of the binocular, above the compass display, allows you to calculate distance to an object if you know its height, or to calculate the height of an object if you know its distance from you.

Each mark on the vertical scale has a value of 5 MIL (1Mil is equivalent to an angel that can determined an object one meter in height at a distance of 1000 meters). Therefore, if a navigation chart gives the height of an object, by sighting on it and counting the number of MILS, you can determine how far away it is.

To Measuer distance when height is known:

Object Height(m)/Scale Reading x 1000m=Distance in Meters

To Measure height when distance is known:

Distance(m)xScale Reading/1000=Object height in meters

The vertical scale (reticle) visible through the left half of the binocular, above the compass display, allows you to calculate distance to an object if you know its height, or to calculate the height of an object if you know its distance from you.

Each mark on the vertical scale has a value of 5 MIL (1Mil is equivalent to an angel that can determined an object one meter in height at a distance of 1000 meters). Therefore, if a navigation chart gives the height of an object, by sighting on it and counting the number of MILS, you can determine how far away it is.

To Measuer distance when height is known:

Object Height(m)/Scale Reading x 1000m=Distance in Meters

To Measure height when distance is known:

Distance(m)xScale Reading/1000=Object height in meters

Jan 26, 2009 | Fujinon Mariner WPC-XL Binocular

Hi Jehho soria

Draw a right triangle with the vertical portion of the triangle representing the 37 meters of the light house The base of the triangle is the distance we are trying to find. If the angle of depression is 15 degrees, the other angle is 75 degrees. This is the angle from the boat to the top of the lighthouse.

so The Tangent of 75 degrees is equal to the side opposite the angle (the height of the lighthouse) divided by the side adjacent (the distance we are trying to find.

solving for the distance we get distance = 37 divided by the tangent of 37 degrees

Looking up the tangent of 15 degrees on google give .2679

dividing 137 by .2679=138,1 meters

Hope this helps Loringh PS Please leave a rating for me.

Draw a right triangle with the vertical portion of the triangle representing the 37 meters of the light house The base of the triangle is the distance we are trying to find. If the angle of depression is 15 degrees, the other angle is 75 degrees. This is the angle from the boat to the top of the lighthouse.

so The Tangent of 75 degrees is equal to the side opposite the angle (the height of the lighthouse) divided by the side adjacent (the distance we are trying to find.

solving for the distance we get distance = 37 divided by the tangent of 37 degrees

Looking up the tangent of 15 degrees on google give .2679

dividing 137 by .2679=138,1 meters

Hope this helps Loringh PS Please leave a rating for me.

Nov 14, 2008 | Super Tutor Trigonometry (ESDTRIG) for PC

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