The question is vague, and somewhat incomplete. There are a variety of different electric fields. All electric fields are defined as:
A charged field that surrounds electrically charged particles and time-varying magnetic fields.
"Electric field" is a generic term used to encompass all such fields. So, the only possible answer is yes, some.
Humans are able to perceive electromagnetic radiation between 390 and 700 nm (nanometers).
Additionally, humans are able to visually perceive spark, corona, and brush types of static discharges, a different type of electric field.
I remember an experiment I did at school about magnetic fields. We had a sheet of waxed paper on which we scattered iron filings. when a magnet was placed under the paper, the iron filings would jump to each pole but would leave arcing trails, showing the extent of the magnetic range. No idea about electricity though!
Electric field lines are a visual representation used to show the direction and strength of an electric field at different points in space. They are not physical objects that can be seen or touched, but rather a helpful tool to understand and visualize electric fields.
The wavelength is too long to be seen by our eyes.
Orthogonal directions of polarization refer to two perpendicular directions in which an electromagnetic wave's electric field oscillates. In these directions, the electric fields are independent of each other and can be represented as perpendicular vectors. This property is commonly seen in linearly polarized light.
the Oocyte is the largest human cell and can be seen by the naked eye. more information on the Oocyte: http://en.wikipedia.org/wiki/Oocyte
I remember an experiment I did at school about magnetic fields. We had a sheet of waxed paper on which we scattered iron filings. when a magnet was placed under the paper, the iron filings would jump to each pole but would leave arcing trails, showing the extent of the magnetic range. No idea about electricity though!
The fabled table had on it wonders never before seen by human eyes.
Electric field lines are a visual representation used to show the direction and strength of an electric field at different points in space. They are not physical objects that can be seen or touched, but rather a helpful tool to understand and visualize electric fields.
No, Jupiter can also be seen by the human eye on earth.
My Eyes Have Seen was created in 1959.
Microscopes magnify small images so that they can be seen by biological human eyes.
The purpose of a microscope is to see microorganisms and to enlarge objects than cannot be seen with human eyes.
The wavelength is too long to be seen by our eyes.
No human has ever seen the face of God and no can see him unless He wants someone to see Him.
A human cell is normally 0.1 mm in the size. Human cells cannot be seen by the naked eyes without the help of magnification.
There are several things we can't see; those include:* Most electromagnetic waves - all except visible light are invisible for the human eye. This includes radio waves, infrared, ultraviolet, gamma rays.* Electric fields* Magnetic fields* Gravitational waves* Gas
they are seen by your eyes.