Frequently asked questions
What is the weather forecast for Leuweunggajah for the next ten days?
In Leuweunggajah, a combination of unstable, cloudy and rainy weather is expected for the next ten days.
Will it rain in the next ten days?
Rainfall is anticipated on Wednesday through next Tuesday in Leuweunggajah. With light precipitation of 9mm, next Tuesday will be the day with the most rainfall.
How hot will it be in the next ten days?
The maximum temperature will range between 31°C and 33°C, while the minimum temperature will vary between 24°C and 25°C.
Taking the humidity into consideration, the maximum feel-like temperature will range between 41°C and 44°C.
Taking the humidity into consideration, the maximum feel-like temperature will range between 41°C and 44°C.
What will be the hottest and the coldest days?
With a maximum temperature of 33°C, Thursday and Friday will be the hottest days. Next Tuesday will be the coldest day, with a maximum temperature of 31°C.
Long-term weather forecast
Sun08.Jun
- min.
- 24°C
Mostly Cloudy
- Wind: 11km/h SW
- Humidity: 90%
- UV index: 0
- Precip. probability: 10%
- Precipitation: 0mm
- 05:51 17:37 WIB
Mon09.Jun
- 32°C
- 24°C
Cloudy
- Wind: 9km/h SE
- Humidity: 76%
- UV index: 5
- Precip. probability: 24%
- Precipitation: 0mm
- 05:51 17:37 WIB
Tue10.Jun
- 32°C
- 24°C
Mostly Cloudy
- Wind: 11km/h S
- Humidity: 75%
- UV index: 8
- Precip. probability: 24%
- Precipitation: 0mm
- 05:51 17:37 WIB
Wed11.Jun
- 32°C
- 24°C
PM Showers
- Wind: 9km/h SSE
- Humidity: 76%
- UV index: 8
- Precip. probability: 44%
- Precipitation: 3mm
- 05:51 17:37 WIB
Thu12.Jun
- 33°C
- 25°C
PM Showers
- Wind: 9km/h SSE
- Humidity: 72%
- UV index: 8
- Precip. probability: 38%
- Precipitation: 2mm
- 05:51 17:37 WIB
Fri13.Jun
- 33°C
- 25°C
PM Showers
- Wind: 11km/h SE
- Humidity: 72%
- UV index: 8
- Precip. probability: 39%
- Precipitation: 2mm
- 05:52 17:38 WIB
Sat14.Jun
- 32°C
- 25°C
PM Thunderstorms
- Wind: 12km/h E
- Humidity: 77%
- UV index: 8
- Precip. probability: 45%
- Precipitation: 3mm
- 05:52 17:38 WIB
Sun15.Jun
- 32°C
- 25°C
Scattered Thunderstorms
- Wind: 11km/h E
- Humidity: 76%
- UV index: 10
- Precip. probability: 57%
- Precipitation: 6mm
- 05:52 17:38 WIB
Mon16.Jun
- 32°C
- 24°C
Thunderstorms
- Wind: 11km/h NE
- Humidity: 78%
- UV index: 8
- Precip. probability: 60%
- Precipitation: 8mm
- 05:52 17:38 WIB
Tue17.Jun
- 31°C
- 24°C
Thunderstorms
- Wind: 10km/h SE
- Humidity: 80%
- UV index: 10
- Precip. probability: 60%
- Precipitation: 9mm
- 05:53 17:38 WIB
For the next ten days, a combination of turbulent, cloudy and rain-filled weather is predicted.
Rainfall is anticipated on Wednesday through next Tuesday.
The temperature shift across days will be subtle throughout the coming week. The maximum temperature will vary between 31°C and 33°C, while the lowest nighttime temperatures will be also relatively consistent, as the overnight low will fall between 24°C and 25°C.
The hottest days will be Thursday and Friday, with a maximum of 33°C; with the highest temperature of 31°C, next Tuesday will be the coldest day.
Combining with the humidity, the maximum feel-like temperature may increase significantly and range between a scorching 41°C and an extremely hot 44°C.
Rainfall is anticipated on Wednesday through next Tuesday.
The temperature shift across days will be subtle throughout the coming week. The maximum temperature will vary between 31°C and 33°C, while the lowest nighttime temperatures will be also relatively consistent, as the overnight low will fall between 24°C and 25°C.
The hottest days will be Thursday and Friday, with a maximum of 33°C; with the highest temperature of 31°C, next Tuesday will be the coldest day.
Combining with the humidity, the maximum feel-like temperature may increase significantly and range between a scorching 41°C and an extremely hot 44°C.
Updated: Jun 8, 2025 @ 16:46:33 UTC
Published by: Weather Atlas | About Us
Data Sources | weather.com | Weather
Weather Forecasting & Climate
Published by: Weather Atlas | About Us
Data Sources | weather.com | Weather
Weather Forecasting & Climate
