Weather forecast for 10 daysGarji, Indonesia

On Saturday, in Garji, expect mostly gray skies with limited brightness.
Rainfall is not expected for tomorrow. The highest predicted temperature is a torrid 36°C, while the lowest temperature will be a temperate 26°C.
The maximum heat index, which calculates the temperature value influenced by the moisture in the air, is assessed at a searing 49°C. Take into consideration that the heat index values are calculated for shade and light wind conditions. Exposure to direct sunshine can increase heat index values by up to 15 Fahrenheit (8 Celsius) degrees.
The forecasted temperature is slightly warmer than November's regular maximum of 31.3°C.
Sunrise will be at 05:18 and sunset at 17:43; tomorrow's daylight will last for 12h and 25min.

On Sunday, 15th of November, expect brief rain showers to develop during the afternoon.
Minimal precipitation is anticipated. Temperatures are expected to range from a maximum of a sizzling 37°C to a minimum of a temperate 26°C.
On Sunday, the maximum temperature is forecasted to be noticeably higher than the usual high of 31.3°C in November.
Sunrise will be at 05:18 and sunset at 17:43; the daylight will last for 12h and 25min.

Warmest day: Sunday 37°C.
Coldest period: Tuesday - Saturday 34°C.

Highest chance: Thursday 73%.

During the ten-day period, primarily stormy and occasionally rain-soaked and cloudy weather is predicted.
Rainfall is forecasted for Friday, Sunday through next Sunday.
The variation in maximum temperature will be negligible throughout the coming week. Highs will range from 34°C to 37°C, while the overnight low will be also nearly unchanged, as the overnight low will fall between 25°C and 26°C.
Sunday is expected to be the hottest, reaching up to 37°C; Tuesday through next Saturday, with the highest temperature of 34°C, will be the coldest days in Garji.
Taking the humidity into consideration, the maximum feel-like temperature may increase significantly and vary between a dangerously hot 46°C and a life-threatening 51°C.