@truong212_: #truong212_

𝑺𝒂𝒅 𝑯𝒖𝒓𝒕

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Tuesday 06 August 2024 12:16:40 GMT

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Comments

GiaHuyyyy :

thua tu luôn :((

2024-08-08 01:42:03

3

long vui vẻ :

Hãy tích cực như long nèe

2024-08-07 02:08:41

6

𝙧𝙖𝙜𝙣𝙚𝙨𝙙 ☁ :

dù thua thì vẫn cược. cố chấp đến thế sao?

2025-06-04 17:14:30

0

Ng Hieeu💢 :

toi thua roi💔

2024-08-06 21:13:50

2

nóng vl! :

biết thua sao vẫn cược ?

2024-08-07 17:48:57

0

yeu_em_vcl11 :

anh thua roi😌

2025-01-14 09:21:42

2

luc nang luc mua :

anh thua roi :(

2024-09-16 05:07:40

1

Thanh Bình :

anh thua roi☺️

2024-08-06 16:11:02

2

pot :

chỉ biết cố gắn thật nhiều 🥰

2024-08-07 11:24:24

2

thích uống sữa :

em sẽ cho a thắng trog ván cược này

2024-08-07 09:48:50

1

𝓅𝓉𝒽𝓏𝓏𝓏 :

a thua rồii

2024-08-07 15:28:25

1

Gia Huy :

cho a thắng nhé....

2024-08-07 15:42:35

1

hengaplai.!! :

thua sấp mặt r 😩

2024-08-06 13:14:03

1

Thanh Toàn :

Anh sẽ đặt tất cả vào em☺️

2024-08-06 22:42:33

1

Một góc bình yên :

tỉ lệ thắng là

2024-08-06 19:07:50

1

Phạm Long :

nhưng anh thua

2024-08-06 13:54:36

1

Ba Kiên :

Xin em đừng là sự lựa chọn của a là sai

2025-05-15 13:02:03

0

con người thất bại 👤 :

thua🖤

2025-05-11 13:06:54

0

Duc Anh💤 :

lần này tớ đặt một ván cược lớn, đó là yêu cậu bằng tất cả sự tử tế, dịu dàng cuối cùng của tớ còn sót lại. Tớ mong mình sẽ thắng

2025-04-08 05:06:35

0

Đời buồn :

anh thua roi

2025-05-15 02:56:04

0

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I wasn’t sure if this would work, but it actually did! Here’s how; even though the power supply is 18V DC, it’s not a steady signal. It’s pulsed – usually around 8 to 12 kHz. And when you pulse current like that, it creates a changing magnetic field. That field radiates outwards from the wire and, crucially, creates harmonics. It’s those harmonics that an old-school AM radio can pick up. Tune to around 500 kHz and walk the wire. You’ll hear a hiss or buzz when you’re close to the signal. When you suddenly lose it, that’s your break. What’s happening is you’ve effectively got a standing wave along the wire, even though it’s broken. Reflections off the open end keep the wave bouncing, and the wire still gives off a weak electromagnetic field until the break. Hover over the wire, and where the buzz drops off sharply, that’s your fault. No specialist kit needed, just a cheap radio and a bit of patience. Follow for no-nonsense explainers and clever fixes to the weird little problems your house throws at you. Because sometimes all you need is a bit of science and the right nudge #diagnostics #housescience #engineering #fixitwithscience #SympatheticRestoration

I wasn’t sure if this would work, but it actually did! Here’s how; even though the power supply is 18V DC, it’s not a steady signal. It’s pulsed – usually around 8 to 12 kHz. And when you pulse current like that, it creates a changing magnetic field. That field radiates outwards from the wire and, crucially, creates harmonics. It’s those harmonics that an old-school AM radio can pick up. Tune to around 500 kHz and walk the wire. You’ll hear a hiss or buzz when you’re close to the signal. When you suddenly lose it, that’s your break. What’s happening is you’ve effectively got a standing wave along the wire, even though it’s broken. Reflections off the open end keep the wave bouncing, and the wire still gives off a weak electromagnetic field until the break. Hover over the wire, and where the buzz drops off sharply, that’s your fault. No specialist kit needed, just a cheap radio and a bit of patience. Follow for no-nonsense explainers and clever fixes to the weird little problems your house throws at you. Because sometimes all you need is a bit of science and the right nudge #diagnostics #housescience #engineering #fixitwithscience #SympatheticRestoration

I love them💗

I love them💗

I wasn’t sure if this would work, but it actually did! Here’s how; even though the power supply is 18V DC, it’s not a steady signal. It’s pulsed – usually around 8 to 12 kHz. And when you pulse current like that, it creates a changing magnetic field. That field radiates outwards from the wire and, crucially, creates harmonics. It’s those harmonics that an old-school AM radio can pick up. Tune to around 500 kHz and walk the wire. You’ll hear a hiss or buzz when you’re close to the signal. When you suddenly lose it, that’s your break. What’s happening is you’ve effectively got a standing wave along the wire, even though it’s broken. Reflections off the open end keep the wave bouncing, and the wire still gives off a weak electromagnetic field until the break. Hover over the wire, and where the buzz drops off sharply, that’s your fault. No specialist kit needed, just a cheap radio and a bit of patience. Follow for no-nonsense explainers and clever fixes to the weird little problems your house throws at you. Because sometimes all you need is a bit of science and the right nudge #diagnostics #housescience #engineering #fixitwithscience #SympatheticRestoration

I wasn’t sure if this would work, but it actually did! Here’s how; even though the power supply is 18V DC, it’s not a steady signal. It’s pulsed – usually around 8 to 12 kHz. And when you pulse current like that, it creates a changing magnetic field. That field radiates outwards from the wire and, crucially, creates harmonics. It’s those harmonics that an old-school AM radio can pick up. Tune to around 500 kHz and walk the wire. You’ll hear a hiss or buzz when you’re close to the signal. When you suddenly lose it, that’s your break. What’s happening is you’ve effectively got a standing wave along the wire, even though it’s broken. Reflections off the open end keep the wave bouncing, and the wire still gives off a weak electromagnetic field until the break. Hover over the wire, and where the buzz drops off sharply, that’s your fault. No specialist kit needed, just a cheap radio and a bit of patience. Follow for no-nonsense explainers and clever fixes to the weird little problems your house throws at you. Because sometimes all you need is a bit of science and the right nudge #diagnostics #housescience #engineering #fixitwithscience #SympatheticRestoration

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