Weather forecast for 10 daysBeibli, Liberia

Tomorrow, expect afternoon showers to move through periodically.
Minimal precipitation is forecasted. The temperature will vary between a maximum of a humid 32°C and a minimum of a moderately hot 23°C.
The maximum heat index, which adjusts the air temperature based on humidity, is calculated to be a burning hot 45°C. Note that heat index values are valued for light wind and location in the shade. Exposure to direct sunshine can increase heat index values by up to 15 Fahrenheit (8 Celsius) degrees.
The daily maximum temperature is anticipated to be slightly warmer than November's climate average of 28.7°C.
Sunrise will be at 06:32 and sunset at 18:22; tomorrow's daylight will last for 11h and 50min.

On Sunday, 15th of November, occasional afternoon showers are expected, though they may be brief.
Minimal precipitation is forecasted. Temperature span will be from a high of a tropical 32°C to a low of a warm 24°C.
The expected high will be a couple of degrees higher than November's standard temperature of 28.7°C.
Sunrise will be at 06:33 and sunset at 18:22; the daylight will last for 11h and 50min.

Maximum temperature: 32°C.
Minimum temperature: 31°C.

Highest chance: Saturday 21.11. 57%.

Looking ahead, conditions suggest a period of primarily wet and occasionally lightning-active and overcast weather is forecasted.
Rainfall is expected on Saturday through next Sunday.
The maximum temperature will be very similar in the forecast period ahead. The maximum temperature will vary between 31°C and 32°C, while the nighttime low will be also mostly stable, as the minimum temperature is expected to range between 23°C and 24°C.
The hottest days in Beibli will be Saturday, Sunday, Thursday through next Saturday, with a maximum of 32°C; the coldest days will be Monday through Wednesday and next Sunday, with a maximum of 31°C.
Combining with the humidity, the maximum feel-like temperature may increase significantly and range between a blisteringly hot 42°C and a dangerously hot 46°C.