Weather forecast for 10 days
Sagar, India

Today, expect isolated thunderstorms in the area.
Elevated precipitation of 26mm is predicted. Daytime will witness a high of a temperate 28°C, slightly diverging from the expected night low of a warm 23°C.
The maximum heat index, which measures the combined effect of heat and moisture, is calculated to be a blazing 33°C. Take into consideration that the heat index values are calculated for shade and light wind conditions.
Today, the forecast high deviates from June's norm and tracks July's average temperature of 31.7°C.
Sunrise was at 5:27 am and sunset will be at 7:06 pm; the daylight will last for 13h and 39min.

On Sunday, 22nd of June, thunderstorms accompanied by rain are likely later today.
Increased precipitation is predicted for tomorrow. The temperature will peak at a temperate 27°C during the day, slightly dropping to a low of a moderately hot 23°C at night.
The maximum heat index, which factors the actual air temperature with the relative humidity, is evaluated at a humid 31°C. Note that heat index values are valued for light wind and location in the shade.
The expected high is lower and consistent with July's normal of 31.7°C rather than June's.
Sunrise will be at 5:27 am and sunset at 7:06 pm; tomorrow's daylight will last for 13h and 39min.

Across the following ten days, rainy weather and thunderstorms are anticipated daily.
Rain is expected day-to-day, with daily precipitation varying from a minimal 14mm to a maximum of 47mm.
Highs will stay within a very narrow margin in the upcoming period. Expected highs will hover between 27°C and 30°C, while the nighttime low will be also mostly stable, as night temperatures will lie between 22°C and 23°C.
The hottest day will be Thursday, with a maximum of 30°C; with a maximum temperature of 27°C, Sunday, Monday, next Saturday through next Monday will be the coldest days.
Including the humidity's impact, the maximum feel-like temperature may increase substantially and range between a tropical 31°C and a very hot 38°C.