@88.6busogaroyalradio: #RoyalTalk #RoyalTV #Mamatv

88.6 Busoga Royal Radio

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Region: UG

Thursday 24 September 2026 14:09:56 GMT

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Comments

kabako :

Radio promoter number 1 ua welcomed

2026-09-24 20:44:06

0

JOSEA 246 :

Kale kanzunge silina kyakola🥺

2026-09-24 14:23:55

9

CHOZEN RAJ :

still investigating

2026-09-24 18:27:53

0

user5039264508193 :

very soon you will be on baaba😊😊,congra congra. it's better to leave a place when you are still loved there

2026-09-24 18:04:55

0

@Mc NaiCar🎤🎤 :

Branding 🤦🤦

2026-09-24 22:02:19

0

Ivan Furniture Jinja :

Cong's Naka🙏

2026-09-24 15:56:20

3

user77699159942 :

naka otulese bubi as busoga one radio

2026-09-24 18:40:45

2

NYAFFE BUIKWE :

Ndi MunaBuikwe

2026-09-24 18:13:39

2

mc grace :

twakutegera

2026-09-24 20:53:15

0

Kene :

busoga one juu

2026-09-24 20:30:24

0

juju :

mazima

2026-09-24 15:54:51

1

ENGINEER PRINCE(Painter) :

ok😏

2026-09-24 16:26:35

0

Simple man :

kuluno osenguse wekka ffe tusigadde ku busoga one twekute

2026-09-24 20:04:02

0

ibandaronald2 :

ozunga zunga please

2026-09-24 16:33:44

0

ASHIM K :

Tunazunga paka dii

2026-09-24 14:50:19

1

lsabirye Sar :

mbu ogulika[Pray]

2026-09-24 14:53:50

0

ibandaronald2 :

u are not serious naka

2026-09-24 16:33:11

0

Mummy wa baby :

what? what? kati ababusoga one obalese otya

2026-09-24 20:20:31

0

HappyK@256 :

That's how you sold our victory to MUTASINGWA

2026-09-24 20:35:45

0

Simple man :

tunazunga mpakadi because of naka

2026-09-24 20:05:32

0

user4458216568133 :

oswade banbi

2026-09-24 19:43:05

0

Abu ↘️ Black man :

genda nze busonga one juuuuu

2026-09-24 18:46:07

0

Call me my name :

Nakapachu tuulako wansi

2026-09-24 20:44:43

0

history is my game :

naye kuva okolela busoga toyega ku lusoga

2026-09-24 21:39:28

0

Havison Cil Omulangila Daniel :

😁😁😁

2026-09-24 14:27:04

0

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Harini kita nak masak simple menu for hubby! wantan ketam cheese and macaroni keju, senang sedap dan berbaloi! 🧀recipe for Wantan ketam cheese : Isi ketam 30 pcs 10 bawang putih daun bawang 2 sdb lada putih 1 sdk lada hitam 2 sdk minyak bijan Kimball Keju-Nara sauce, 5 sudu besar 2 sudu besar mayonnaise 🧀Recipe for Macaroni keju : cairkan butter 3 sudu besar 1 cup susu Kimball Keju-Nara sauce Kimball macaroni @Kimball Malaysia #KimballJadiKannya #KimballMalaysia #KimballNewProduct

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The Doppler effect is the change in the frequency of a wave that an observer detects when the source of the wave and the observer are moving relative to each other. A familiar example is a passing ambulance: as it approaches you, the siren sounds higher-pitched, and after it passes, the pitch suddenly becomes lower. The siren itself is not changing its actual frequency. Instead, while the ambulance moves toward you, each new sound wave is emitted slightly closer to the previous one, compressing the wavefronts and decreasing their wavelength. Since wave speed in the air is approximately fixed, a shorter wavelength means a higher observed frequency. Once the ambulance moves away, the opposite happens. Each successive wave is emitted from a position farther away from you, so the wavefronts become more spread out. This increases the wavelength and therefore lowers the frequency you hear. The faster the source moves relative to the observer, the stronger this shift becomes. The same basic phenomenon applies beyond sound: Doppler shifts occur with electromagnetic waves such as light and radio waves, allowing astronomers to measure the motion of stars and galaxies and technologies such as radar to estimate the speeds of moving objects. #math #physics #sound #doppler #f1

The Doppler effect is the change in the frequency of a wave that an observer detects when the source of the wave and the observer are moving relative to each other. A familiar example is a passing ambulance: as it approaches you, the siren sounds higher-pitched, and after it passes, the pitch suddenly becomes lower. The siren itself is not changing its actual frequency. Instead, while the ambulance moves toward you, each new sound wave is emitted slightly closer to the previous one, compressing the wavefronts and decreasing their wavelength. Since wave speed in the air is approximately fixed, a shorter wavelength means a higher observed frequency. Once the ambulance moves away, the opposite happens. Each successive wave is emitted from a position farther away from you, so the wavefronts become more spread out. This increases the wavelength and therefore lowers the frequency you hear. The faster the source moves relative to the observer, the stronger this shift becomes. The same basic phenomenon applies beyond sound: Doppler shifts occur with electromagnetic waves such as light and radio waves, allowing astronomers to measure the motion of stars and galaxies and technologies such as radar to estimate the speeds of moving objects. #math #physics #sound #doppler #f1

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