AM Light Rain- Wind: 14mph SW
- Humidity: 69%
- UV index: 9
- Precip. probability: 73%
- Precipitation: 0.71"
- 5:58 am 8:28 pm CDT
Isolated Thunderstorms- Wind: 6mph WSW
- Humidity: 74%
- UV index: 10
- Precip. probability: 31%
- Precipitation: 0.08"
- 5:58 am 8:29 pm CDT
Mostly Sunny- Wind: 8mph SW
- Humidity: 68%
- UV index: 10
- Precip. probability: 24%
- Precipitation: 0"
- 5:58 am 8:29 pm CDT
Sunny- Wind: 9mph SSW
- Humidity: 62%
- UV index: 10
- Precip. probability: 7%
- Precipitation: 0"
- 5:58 am 8:29 pm CDT
Mostly Sunny- Wind: 7mph SSW
- Humidity: 60%
- UV index: 10
- Precip. probability: 10%
- Precipitation: 0"
- 5:58 am 8:29 pm CDT
Mostly Sunny- Wind: 5mph S
- Humidity: 63%
- UV index: 10
- Precip. probability: 24%
- Precipitation: 0"
- 5:59 am 8:29 pm CDT
Mostly Sunny- Wind: 4mph SSE
- Humidity: 63%
- UV index: 10
- Precip. probability: 24%
- Precipitation: 0"
- 5:59 am 8:29 pm CDT
Partly Cloudy- Wind: 5mph S
- Humidity: 62%
- UV index: 10
- Precip. probability: 24%
- Precipitation: 0"
- 5:59 am 8:30 pm CDT
Mostly Sunny- Wind: 6mph SSW
- Humidity: 62%
- UV index: 10
- Precip. probability: 22%
- Precipitation: 0"
- 6:00 am 8:30 pm CDT
Isolated Thunderstorms- Wind: 6mph SW
- Humidity: 64%
- UV index: 10
- Precip. probability: 33%
- Precipitation: 0.04"
- 6:00 am 8:30 pm CDT
And a mix of bright, thunderstorm-prone, rainy and cloud-filled weather is predicted.
Rainfall is expected on Wednesday, Thursday and next Friday.
The maximum temperature will be almost identical during the next few days. Maximum temperatures will fall between 89.6°F and 93.2°F, while the lowest nightly temperature differences will be also negligible, as the minimum temperature is expected to range between 71.6°F and 75.2°F.
The hottest days in Euclid Heights will be Friday through Monday and next Wednesday, with a maximum of 93.2°F; Wednesday and Thursday, with the highest temperature of 89.6°F, will be the coldest days in Euclid Heights.
Including the humidity's impact, the maximum feel-like temperature may increase vastly and vary between a scorching 104°F and a burning hot 114.8°F.