Weather forecast and temperature for today
New York, NY

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Weather forecast and temperature for today - Friday, Apr 26.

Sunny
6:00 am

7:47 pm
EDT
Sunny
59°F / 43°F
  • Wind: 7mph SSE
  • Humidity: 37%
  • Precip. probability: 0%
  • Precipitation: 0"
  • UV index: 7
Today, on Friday, April 26, a bright and cloudless sky is expected.
The temperature variation is forecasted to range from a maximum of a refreshing 59°F (15°C) to a minimum of a chilly 42.8°F (6°C).
The maximum temperature will match the standard April high of 57.6°F (14.2°C).
Sunrise was at 6:00 am and sunset will be at 7:47 pm; the daylight will last for 13h and 47min.

Hourly weather forecast and temperature - New York, NY

11 am
  • 55°F
  • Feels like:
    55°F
Sunny
Sunny
  • Wind: 4mph ESE
  • Pressure: 30.47"Hg
  • Humidity: 43%
  • Precip. probability: 0%
  • Precipitation: 0"
  • Visibility: 10mi
12 pm
  • 57°F
  • Feels like:
    55°F
Sunny
Sunny
  • Wind: 5mph SE
  • Pressure: 30.47"Hg
  • Humidity: 41%
  • Precip. probability: 0%
  • Precipitation: 0"
  • Visibility: 10mi
1 pm
  • 57°F
  • Feels like:
    57°F
Sunny
Sunny
  • Wind: 6mph SSE
  • Pressure: 30.45"Hg
  • Humidity: 37%
  • Precip. probability: 0%
  • Precipitation: 0"
  • Visibility: 10mi
2 pm
  • 57°F
  • Feels like:
    57°F
Sunny
Sunny
  • Wind: 7mph SSE
  • Pressure: 30.45"Hg
  • Humidity: 35%
  • Precip. probability: 0%
  • Precipitation: 0"
  • Visibility: 10mi
3 pm
  • 57°F
  • Feels like:
    57°F
Sunny
Sunny
  • Wind: 6mph SSE
  • Pressure: 30.45"Hg
  • Humidity: 32%
  • Precip. probability: 0%
  • Precipitation: 0"
  • Visibility: 10mi
4 pm
  • 57°F
  • Feels like:
    55°F
Sunny
Sunny
  • Wind: 7mph SSE
  • Pressure: 30.45"Hg
  • Humidity: 33%
  • Precip. probability: 0%
  • Precipitation: 0"
  • Visibility: 10mi
5 pm
  • 57°F
  • Feels like:
    55°F
Sunny
Sunny
  • Wind: 7mph SSE
  • Pressure: 30.45"Hg
  • Humidity: 34%
  • Precip. probability: 0%
  • Precipitation: 0"
  • Visibility: 10mi
6 pm
  • 55°F
  • Feels like:
    54°F
Sunny
Sunny
  • Wind: 7mph SSE
  • Pressure: 30.45"Hg
  • Humidity: 37%
  • Precip. probability: 0%
  • Precipitation: 0"
  • Visibility: 10mi
7 pm
  • 54°F
  • Feels like:
    52°F
Sunny
Sunny
  • Wind: 7mph SSE
  • Pressure: 30.45"Hg
  • Humidity: 42%
  • Precip. probability: 0%
  • Precipitation: 0"
  • Visibility: 10mi
Sunset: 7:47 pm
8 pm
  • 50°F
  • Feels like:
    48°F
Clear
Clear
  • Wind: 6mph SSE
  • Pressure: 30.47"Hg
  • Humidity: 50%
  • Precip. probability: 0%
  • Precipitation: 0"
  • Visibility: 10mi
9 pm
  • 50°F
  • Feels like:
    48°F
Clear
Clear
  • Wind: 5mph SSE
  • Pressure: 30.47"Hg
  • Humidity: 55%
  • Precip. probability: 1%
  • Precipitation: 0"
  • Visibility: 10mi
10 pm
  • 50°F
  • Feels like:
    48°F
Clear
Clear
  • Wind: 5mph S
  • Pressure: 30.47"Hg
  • Humidity: 56%
  • Precip. probability: 2%
  • Precipitation: 0"
  • Visibility: 10mi
11 pm
  • 48°F
  • Feels like:
    46°F
Clear
Clear
  • Wind: 6mph SSW
  • Pressure: 30.5"Hg
  • Humidity: 58%
  • Precip. probability: 2%
  • Precipitation: 0"
  • Visibility: 10mi
Today, in New York, a cloudless sky and mostly sunny weather are forecasted.
The temperature will be between the lowest temperature of 48.2°F (9°C) and the highest temperature of 57.2°F (14°C). The warmest part of the day will be from noon to 5 pm.
The highest temperature will be alike the average maximum of 57.6°F (14.2°C) in April. The lowest temperature will be also comparable to April's average minimum of 44.1°F (6.7°C).

New York, New York, USA

  • en: New York, New York, USA
  • es: Nueva York, Nueva York, EE.UU.
  • sr: Njujork, Nju Jork, SAD
  • zh: 纽约, 纽约, 美国
  • Latitude: 40.712784°
  • Longitude: -74.005941°
  • Elevation: 33 ft
  • Current time: 10:48am EDT
  • Sunrise: 6:00 am EDT
  • Sunset: 7:47 pm EDT
  • Timezone: America/New_York
Climate data
Glossary

Glossary

Adiabatic process - Glossary
Adiabatic processes involve temperature changes without heat addition or removal. These arise from pressure changes, resulting in adiabatic cooling when air expands and adiabatic heating when it compresses. Understanding these processes is essential for meteorology and engineering. Read more »