Weather forecast for 10 daysMiri, Malaysia

Tomorrow, thunderstorms are possible with changing conditions.
The chance of rain is high, and precipitation will be moderate. Day and night temperatures will present a subtle difference, from a maximum of a moderately hot 29°C to a minimum of a warm 24°C.
The maximum heat index, which combines air temperature and relative humidity, is evaluated at a fiery hot 36°C. Note that heat index values are valued for light wind and location in the shade. Bear in mind that direct sunshine exposure increases weather impact and may raise the heat index by up to 15 Fahrenheit (8 Celsius) degrees.
The maximum temperature will align with October's usual high of 30.7°C.
Sunrise will be at 6:08 am and sunset at 6:06 pm; tomorrow's daylight will last for 11h and 58min.

On Sunday, 1st of November, the sky is expected to stay overcast for much of the day.
Rain is not predicted. The temperature is anticipated to vary between a maximum of a humid 31°C and a minimum of a moderately hot 25°C.
Sunday's top temperature is set to align with the common October high of 30.7°C.
Sunrise will be at 6:08 am and sunset at 6:06 pm; the daylight will last for 11h and 58min.

Maximum temperature: 31°C.
Coldest day: tomorrow 29°C.

Highest chance: today 100%.

Forecasts for the ten-day outlook show that primarily turbulent and occasionally dull weather is predicted.
Rain is predicted for Friday, Saturday, Monday through next Sunday.
The maximum temperature will be very similar over the next several days. Maximum temperatures will fall between 29°C and 31°C, while the overnight low will be also nearly unchanged, as the minimum temperature will fluctuate between 24°C and 25°C.
The hottest days in Miri will be Sunday through next Friday and Sunday, with a maximum of 31°C; the lowest daytime temperature of the period will be reached on Saturday, peaking at 29°C.
Including the humidity's impact, the maximum feel-like temperature may increase considerably and vary between a very hot 36°C and a blisteringly hot 41°C.