No, that is why we have ice caps on both poles (north and south poles) and hottest places mostly can be found on the equator.
No, the earth does not spin that way, depending on the time of year, there will always be some parts that get more hours of daylight, and some that get less.
no because some plants are closer to the sun then others
No; the amount of heat received depends on the angle. When the Sun is higher in the sky, we receive more radiation per square meter of Earth, so it gets hotter.
no u retard
no
Put one ivy plant in a cool place and another in a warm place, but give both the same amount of light and water.
Milk
A planet only reflects light from a star like our Sun. Earth is a planet and from experience it does not shine. Stars give off their own light.
The sun, lamps, candles, and ect.
yes
The sun give light to the star because the sun reflects on the star to give them light.
Put one ivy plant in a cool place and another in a warm place, but give both the same amount of light and water.
Put one ivy plant in a cool place and another in a warm place, but give both the same amount of light and water.
Put one ivy plant in a cool place and another in a warm place, but give both the same amount of light and water.
They are associated with the amount of light they give out
-amount of water -amount of sunlight -amount of O2/CO2 in the air -light intensity
Milk
Transparent objects allow light to pass through them in straight lines
A foot candle refers to the the amount of light a light bulb, sun.. etc puts out.
They are classified by the amount of Light they give off, and their temperature.
Excitation and collapse of the electron energy shells give off photons, and the amount of power needed to stimulate this process heats up the wire (usually tungsten these days), and the heat is radiated through the glass. A good article about filaments is in the first link below.
To illuminate what you are looking at or to give enough light to see through something you are looking at.