Ive noticed that if i weigh immediately after getting up and weigh after 1 hour is usually about .2-.4 less for some reason. Thought it was strange so i dont count it.
13 Jul 23 by member: Yearofhealth2023
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Interesting.... I think it might have to do something with heart rate 🤔
13 Jul 23 by member: Supergainz1
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...I'ma have to test this too.
13 Jul 23 by member: DAZEY_iz_Well
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13 Jul 23 by member: kaylinrenee
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I'm going to try it right now!!!
13 Jul 23 by member: Shannonthemom
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Ok for those that are testing it. The rules are no pooping or peeing on your walk. Or drinking or eating.
13 Jul 23 by member: Supergainz1
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But it’s good information kaylin!
13 Jul 23 by member: Supergainz1
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Hebroz it’s the weirdest shit man... I tested it 3x and all they all show a drop
13 Jul 23 by member: Supergainz1
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Interesting so were you farting on your walk? LOL
13 Jul 23 by member: Redporchlady
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Rpl yes! But it wasn’t a wet fart or anything that leaked out with it tho.
13 Jul 23 by member: Supergainz1
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Newme some days yes. Today nope
13 Jul 23 by member: Supergainz1
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Omg i now have a vision of you super just walkin and fartin in the woods…is that a country song😂
13 Jul 23 by member: Yearofhealth2023
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13 Jul 23 by member: Shannonthemom
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a country song.... LMAO!!!!!!
13 Jul 23 by member: davidsprincess
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SUPER!!! Did you change your profile pic? Im so glad to see you practice good oral hygiene🦷🪥😜
13 Jul 23 by member: Yearofhealth2023
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water weight lost through breathing on your walk
13 Jul 23 by member: ObeseToBeast123
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part of why you drop so much weight while your sleeping as well. it's the same thing
13 Jul 23 by member: ObeseToBeast123
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Ha ha ha laugh all you want at the country boy that walks n farts through the woods.... but guess what? He lost .6lbs walking a mile leisurely 😜
13 Jul 23 by member: Supergainz1
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Weight is a measure of force not mass. Your mass times the force of gravity. The gravitational pull at a specific point on the planet can change by small amounts throughout the day depending on many factors. For instance, like the density of the rock in the planet below you. As the rock heats up due the heat transfer from the sun, it’s density decreases as it expands.
Ex: your weight in kg is approx: 83 kgxmeter/second2
So, weight = mass x gravity.
So, 83,000 gramsxmeter/second2 = mass (in grams) x 9.81 m/s2.
So, your mass based on the standard value of gravity is 8300/9.81 = 8,460.8 grams. Or, 8.46 kg of mass.
Now if the momentary measurement of gravity happens to decerase even slightly, say to 9.79 kgxmeter/second2 then your weight would be 8460.8 x 9.79 = 82,831.2 gramsxmeter/second2. Which converts to 182.6 lbs.
So, your weight decreased from 183 lbs down to 182.6 lbs.
However, your mass did not change.
It was just a change in the momentary gravitational field the earth is exerting on you.
13 Jul 23 by member: recompforhealth
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gettingcut I'm curious how long it took you to research, calculate and type all of that up 👀
13 Jul 23 by member: kaylinrenee
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