Weather forecast and temperature for today
New York, NY

Share

Weather forecast and temperature for today - Sunday, May 19.

Partly Cloudy
5:34 am

8:10 pm
EDT
Partly Cloudy
min.57°F
  • Wind: 7mph ENE
  • Humidity: 73%
  • Precip. probability: 8%
  • Precipitation: 0"
  • UV index: 0
During the afternoon and for the rest of the day, the sky will be relatively clouded.
The lowest anticipated temperature is a mild 57.2°F (14°C).
Sunrise was at 5:34 am and sunset will be at 8:10 pm; the daylight will last for 14h and 36min.

Current condition and temperature - New York, NY

Mostly Cloudy
3:33 pm EDT
Mostly Cloudy
  • 73°F
  • Feels like: 73°F
  • Wind: 6mph ENE
  • Humidity: 54%
  • Dewpoint: 55°F
  • Pressure: 29.96"Hg
  • Precipitation: 0"
  • Visibility: 10mi
  • UV index: 5
In New York, currently, the weather is mostly cloudy.
The temperature is a warm 73.4°F (23°C).

Frequently asked questions

What is the temperature in New York now?

At 3:33 pm, the temperature in New York is 73.4°F (23°C).

What is the weather forecast for New York for today?

During the afternoon and for the rest of the day, the sky will be partially clouded.

What time are sunrise and sunset today in New York?

On Sunday, in New York, sunrise was at 5:34 am and sunset will be at 8:10 pm (EDT).

How long is the day today in New York?

Today, the daylight will last for 14h and 36min.

Hourly weather forecast and temperature - New York, NY

4 pm
  • 73°F
  • Feels like:
    73°F
Mostly Cloudy
Mostly Cloudy
  • Wind: 6mph ENE
  • Pressure: 29.94"Hg
  • Humidity: 55%
  • Precip. probability: 1%
  • Precipitation: 0"
  • Visibility: 10mi
5 pm
  • 73°F
  • Feels like:
    73°F
Mostly Cloudy
Mostly Cloudy
  • Wind: 6mph E
  • Pressure: 29.94"Hg
  • Humidity: 55%
  • Precip. probability: 1%
  • Precipitation: 0"
  • Visibility: 10mi
6 pm
  • 72°F
  • Feels like:
    72°F
Partly Cloudy
Partly Cloudy
  • Wind: 6mph SE
  • Pressure: 29.94"Hg
  • Humidity: 59%
  • Precip. probability: 1%
  • Precipitation: 0"
  • Visibility: 10mi
7 pm
  • 66°F
  • Feels like:
    66°F
Partly Cloudy
Partly Cloudy
  • Wind: 6mph SE
  • Pressure: 29.97"Hg
  • Humidity: 67%
  • Precip. probability: 2%
  • Precipitation: 0"
  • Visibility: 10mi
8 pm
  • 64°F
  • Feels like:
    64°F
Partly Cloudy
Partly Cloudy
  • Wind: 6mph SSE
  • Pressure: 29.97"Hg
  • Humidity: 71%
  • Precip. probability: 2%
  • Precipitation: 0"
  • Visibility: 10mi
Sunset: 8:10 pm
9 pm
  • 63°F
  • Feels like:
    63°F
Partly Cloudy
Partly Cloudy
  • Wind: 5mph SE
  • Pressure: 30"Hg
  • Humidity: 75%
  • Precip. probability: 2%
  • Precipitation: 0"
  • Visibility: 10mi
10 pm
  • 61°F
  • Feels like:
    61°F
Mostly Clear
Mostly Clear
  • Wind: 5mph SE
  • Pressure: 30"Hg
  • Humidity: 76%
  • Precip. probability: 3%
  • Precipitation: 0"
  • Visibility: 9mi
11 pm
  • 61°F
  • Feels like:
    61°F
Clear
Clear
  • Wind: 4mph ESE
  • Pressure: 30.03"Hg
  • Humidity: 78%
  • Precip. probability: 6%
  • Precipitation: 0"
  • Visibility: 9mi
12 am
  • 59°F
  • Feels like:
    59°F
Clear
Clear
  • Wind: 2mph ENE
  • Pressure: 30.03"Hg
  • Humidity: 79%
  • Precip. probability: 7%
  • Precipitation: 0"
  • Visibility: 8mi
1 am
  • 59°F
  • Feels like:
    59°F
Clear
Clear
  • Wind: 2mph N
  • Pressure: 30.03"Hg
  • Humidity: 82%
  • Precip. probability: 7%
  • Precipitation: 0"
  • Visibility: 7mi
For the rest of Sunday, the sky will be clouded.
The temperature will be between the highest temperature of 73.4°F (23°C) and the lowest temperature of 60.8°F (16°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: 3:43pm EDT
  • Sunrise: 5:34 am EDT
  • Sunset: 8:10 pm EDT
  • Timezone: America/New_York
Climate data
Glossary

Glossary

Specific humidity - Glossary
Specific humidity is a measure of the mass of water vapor in a unit mass of air. It affects cloud formation, precipitation and dew point and is measured by hygrometers or through formulas using temperature, pressure and relative humidity. Read more »