@kayeserlou: @BRMLR91 Balla Diagne

kaye serlou
kaye serlou
Open In TikTok:
Region: SN
Friday 06 November 2026 10:26:44 GMT
21474
4430
130
91

Music

Download

Comments

djily616
djily616 :
Serigne abdou samad contan na🥰🥰🥰🥰🥰😂😂
2026-11-06 14:55:14
8
cheikhounadiouf128
khadimbayefallsoldarbi44@gmail :
saringe bolle mbaye yalla nafi yage
2026-11-06 14:32:47
14
papenabienofficiell
nabien pape demba :
machala serigne touba Aka kham Seydouna Mohamed 😭
2026-11-06 12:44:44
41
amdymoustaphakebe0
CoachAmdy :
ku baax diapsi nga dougal lepp😭😭😭😭😭😭
2026-11-06 11:17:07
19
ablayendiolor
ablayendiolor :
Li nékhna wayyyy
2026-11-06 16:09:36
0
omar.sylla424
Omar Sylla :
sarigne Abdou samatt mbake balla aka xam ak noss🥰😁
2026-11-06 15:39:05
7
gueye.wakana2
gueye wakana💯❤️🙏 :
loumouy djang lou werrrr la barkep borom touba
2026-11-06 13:11:56
11
bayye.d
bayye :
ay way goudi aldjuma yi déléne gniouko wakh
2026-11-06 15:24:05
1
wamethalfinitionlampfall
Wa lamp fall metal finistion :
Jerejef mame Céakh Iprakhima fall babou mol mou ridina
2026-11-06 14:51:55
4
bambinerie.fallen
bambinerie fallene kids :
Diotayou serigne bii thia al djanah lolou dana yémé😭😭😭
2026-11-06 15:29:59
2
bayesambacissetissus
bayesambacissetissustoub :
Machaallah
2026-11-06 10:58:37
9
gallassagro3
gallassagro3 :
oh serigne bollé bi 🥰🥰🥰🥰
2026-11-06 12:09:04
13
saliou_saliou
la paix🥰🥰 :
😭😭😭baloumala liiii hoooooo thiey Ahmadou
2026-11-06 15:13:00
0
mamethiernosy
Mame thierno sy :
machalla way 🥰🥰🥰🥰🥰😭😭
2026-11-06 12:51:40
5
almustafaa45
Mustafaa Mu Sonko❤️❤️ :
cëy cëy cëy xasida yi😭
2026-11-06 12:46:16
4
allaabrar1
allaabrar :
barakallahou
2026-11-06 15:32:20
1
dimkha341
Khadim rassul :
Alhamdolilah
2026-11-06 14:54:47
2
kayafidiop
senelecdiop :
♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️
2026-11-06 12:53:55
3
wamethalfinitionlampfall
Wa lamp fall metal finistion :
Seringe touba amoull morom bilahi Walahi 😭😭
2026-11-06 14:49:59
2
serigne.mouhamed42
borome kalsane :
machallah
2026-11-06 15:15:08
1
mame.mor.gueye53
mame mor Gueye نور الدارين :
2026-11-06 13:06:49
3
mbakge0
sant yalla :
sama khoulbi ga diam billahi
2026-11-06 14:53:12
1
abdoundiaye5255
And :
Thiey Serigne Assane mi.Lerna sell na
2026-11-06 13:08:35
1
abdou_lahad_diaw
Abdou_Lahad ☕️✍️ :
Ndeysan thieuy Serigne bi 🥰
2026-11-06 16:09:51
0
user273584751102
user273584751102 :
waw Gor
2026-11-06 15:48:52
0
To see more videos from user @kayeserlou, please go to the Tikwm homepage.

Other Videos

Thermal imaging cameras detect temperature differences in the environment, capturing how the human body loses heat. Here's an explanation: *Body Heat Loss Mechanisms* The human body loses heat through four primary mechanisms, visible on thermal imaging cameras: 1. *Convection*: Heat transfer through air movement. Warm air close to the skin rises, carrying heat away from the body. Visible on thermal imaging: Cooler colors (blue, purple) around the body, indicating heat dissipation. 1. *Radiation*: Infrared radiation emitted by the body. Visible on thermal imaging: Warm colors (yellow, orange, red) emanating from the body, representing radiated heat. 1. *Conduction*: Direct heat transfer through contact. Visible on thermal imaging: Cooler colors where the body touches surfaces (e.g., chair, bed). 1. *Evaporation*: Heat loss through sweat evaporation. Visible on thermal imaging: Cooler colors on skin surfaces where sweat is present. *Thermal Imaging Visualization* Thermal cameras display temperature differences as color gradients: - Warm colors (yellow, orange, red): Higher temperatures (body heat) - Cool colors (blue, purple): Lower temperatures (heat loss) - Black or dark gray: Very low temperatures (background or cold surfaces) *Body Heat Loss Patterns* Thermal imaging cameras reveal heat loss patterns: - Head and neck: Significant heat loss due to blood flow and radiation - Hands and feet: Heat loss through convection and radiation - Torso: Heat retention due to core body temperature - Extremities: Cooler temperatures due to reduced blood flow *Factors Affecting Body Heat Loss* 1. Environment: Temperature, humidity, air movement 2. Clothing: Insulation, moisture-wicking properties 3. Physical activity: Increased blood flow, sweat evaporation 4. Health conditions: Fever, hypothermia, circulation issues *Applications of Thermal Imaging* 1. Medical diagnosis (e.g., inflammation detection) 2. Search and rescue operations 3. Building insulation and energy efficiency analysis 4. Wildlife monitoring and research #physics #Science #universe #nasa #geology #temperature #heat  Credit:  BBC earth unplugged
Thermal imaging cameras detect temperature differences in the environment, capturing how the human body loses heat. Here's an explanation: *Body Heat Loss Mechanisms* The human body loses heat through four primary mechanisms, visible on thermal imaging cameras: 1. *Convection*: Heat transfer through air movement. Warm air close to the skin rises, carrying heat away from the body. Visible on thermal imaging: Cooler colors (blue, purple) around the body, indicating heat dissipation. 1. *Radiation*: Infrared radiation emitted by the body. Visible on thermal imaging: Warm colors (yellow, orange, red) emanating from the body, representing radiated heat. 1. *Conduction*: Direct heat transfer through contact. Visible on thermal imaging: Cooler colors where the body touches surfaces (e.g., chair, bed). 1. *Evaporation*: Heat loss through sweat evaporation. Visible on thermal imaging: Cooler colors on skin surfaces where sweat is present. *Thermal Imaging Visualization* Thermal cameras display temperature differences as color gradients: - Warm colors (yellow, orange, red): Higher temperatures (body heat) - Cool colors (blue, purple): Lower temperatures (heat loss) - Black or dark gray: Very low temperatures (background or cold surfaces) *Body Heat Loss Patterns* Thermal imaging cameras reveal heat loss patterns: - Head and neck: Significant heat loss due to blood flow and radiation - Hands and feet: Heat loss through convection and radiation - Torso: Heat retention due to core body temperature - Extremities: Cooler temperatures due to reduced blood flow *Factors Affecting Body Heat Loss* 1. Environment: Temperature, humidity, air movement 2. Clothing: Insulation, moisture-wicking properties 3. Physical activity: Increased blood flow, sweat evaporation 4. Health conditions: Fever, hypothermia, circulation issues *Applications of Thermal Imaging* 1. Medical diagnosis (e.g., inflammation detection) 2. Search and rescue operations 3. Building insulation and energy efficiency analysis 4. Wildlife monitoring and research #physics #Science #universe #nasa #geology #temperature #heat Credit: BBC earth unplugged

About