Weather forecast and temperature for today
New York, NY

Share

Weather forecast and temperature for today - Monday, Dec 9.

Cloudy
7:07 am

4:30 pm
EST
Cloudy
min.46°F
  • Wind: 4mph W
  • Humidity: 86%
  • Precip. probability: 15%
  • Precipitation: 0"
  • UV index: 0
In New York, for the rest of Monday, the weather will be cloudy.
The lowest temperature will be a chilly 46.4°F (8°C).
Sunrise was at 7:07 am and sunset at 4:30 pm; the daylight lasted for 9h and 23min.

Current condition and temperature - New York, NY

Cloudy
6:42 pm EST
Cloudy
  • 48°F
  • Feels like: 46°F
  • Wind: 4mph NNE
  • Humidity: 92%
  • Dewpoint: 46°F
  • Pressure: 29.92"Hg
  • Precipitation: 0"
  • Visibility: 6mi
  • UV index: 0
Currently, in New York, clouds dominate the sky.
The temperature is a chilly 48.2°F (9°C), while the felt air temperature is a similar 46.4°F (8°C). The current temperature is near the lowest expected 46.4°F (8°C) for today.

Weather radar - New York, NY

Doppler radar displays precipitation for the past 2h and forecasts the next 30min

Frequently asked questions

What is the current temperature?

The temperature at 6:42 pm in New York is 48.2°F (9°C).

What is the weather forecast for New York for today?

In New York, for the rest of Monday, cloudy weather is expected.

When are sunrise and sunset today?

On Monday, in New York, sunrise was at 7:07 am and sunset at 4:30 pm (EST).

How long is the day today?

Today in New York, the length of the day was 9h and 23min.

Hourly weather forecast and temperature - New York, NY

7 pm
  • 48°F
  • Feels like:
    48°F
Mostly Cloudy
Mostly Cloudy
  • Wind: 3mph WSW
  • Pressure: 29.91"Hg
  • Humidity: 91%
  • Precip. probability: 15%
  • Precipitation: 0"
  • Visibility: 8mi
8 pm
  • 48°F
  • Feels like:
    46°F
Mostly Cloudy
Mostly Cloudy
  • Wind: 4mph WSW
  • Pressure: 29.94"Hg
  • Humidity: 88%
  • Precip. probability: 15%
  • Precipitation: 0"
  • Visibility: 7mi
9 pm
  • 48°F
  • Feels like:
    48°F
Cloudy
Cloudy
  • Wind: 3mph W
  • Pressure: 29.94"Hg
  • Humidity: 86%
  • Precip. probability: 15%
  • Precipitation: 0"
  • Visibility: 6mi
10 pm
  • 48°F
  • Feels like:
    48°F
Cloudy
Cloudy
  • Wind: 3mph W
  • Pressure: 29.97"Hg
  • Humidity: 85%
  • Precip. probability: 3%
  • Precipitation: 0"
  • Visibility: 4mi
11 pm
  • 48°F
  • Feels like:
    48°F
Cloudy
Cloudy
  • Wind: 3mph W
  • Pressure: 29.97"Hg
  • Humidity: 81%
  • Precip. probability: 3%
  • Precipitation: 0"
  • Visibility: 4mi
12 am
  • 48°F
  • Feels like:
    48°F
Cloudy
Cloudy
  • Wind: 2mph W
  • Pressure: 29.97"Hg
  • Humidity: 83%
  • Precip. probability: 3%
  • Precipitation: 0"
  • Visibility: 5mi
1 am
  • 48°F
  • Feels like:
    48°F
Cloudy
Cloudy
  • Wind: 2mph SW
  • Pressure: 30"Hg
  • Humidity: 83%
  • Precip. probability: 4%
  • Precipitation: 0"
  • Visibility: 4mi
2 am
  • 48°F
  • Feels like:
    48°F
Cloudy
Cloudy
  • Wind: 2mph S
  • Pressure: 30"Hg
  • Humidity: 84%
  • Precip. probability: 9%
  • Precipitation: 0"
  • Visibility: 4mi
3 am
  • 48°F
  • Feels like:
    48°F
Cloudy
Cloudy
  • Wind: 2mph ENE
  • Pressure: 30"Hg
  • Humidity: 85%
  • Precip. probability: 9%
  • Precipitation: 0"
  • Visibility: 2mi
4 am
  • 48°F
  • Feels like:
    46°F
Cloudy
Cloudy
  • Wind: 3mph ENE
  • Pressure: 30"Hg
  • Humidity: 84%
  • Precip. probability: 9%
  • Precipitation: 0"
  • Visibility: 2mi
For the rest of Monday, cloudy weather is anticipated.
The temperature will be between a maximum of 48.2°F (9°C) and a minimum of 48.2°F (9°C).
Updated: Dec 9, 2024 @ 23:42:23 UTC
Published by: Weather U.S. | About Us
Data Sources | |
Weather Forecasting & Climate

New York, New York, USA

  • en: New York, New York, USA
  • es: Nueva York, Nueva York, EE.UU.
  • hr: Njujork, Nju Jork, SAD
  • sr: Njujork, Nju Jork, SAD
  • zh: 纽约, 纽约, 美国
  • Latitude: 40.712784°
  • Longitude: -74.005941°
  • Elevation: 33 ft
  • Current time: 6:59pm EST
  • Sunrise: 7:07 am EST
  • Sunset: 4:30 pm EST
  • 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 m Read more »