Short Answer:
Since there is so much more water than land, one expects that most of the solar energy absorbed by Earth is absorbed into the oceans. That is correct.
Crudely, twice as much energy is absorbed by the oceans as the land since there is roughly a bit more than twice as much ocean as land.
More Technical (Albedo):
The characterization of how much solar energy is absorbed by a portion of the surface of the Earth is something called the albedo of the surface. Some surfaces, like dirt, forests and the ocean absorb most of the Sun's energy. Others, like Snow reflect most of it. Deserts are in between.
The albedo of a surface is the fraction of light it reflects. (The term "reflects" does not mean like a mirror but rather means scatters or causes to light bounce back to distinguish "reflection" from the process where light is absorbed.) Normally, one refers to sunlight when quoting an albedo, but if a different or specific wavelength range is being considered, there are different values of the albedo that are defined for different parts of the electromagnetic spectrum.
On average, the ocean surface has a low albedo meaning it absorbs most of the light that gets to it.
The same is true for bare soil and most forests.
Though the albedo is variable, 70 or 80 % of the light is absorbed.
Desert areas typically have high albedos and can reflect most of the light.
Most land areas are in an albedo range of 0.1 to 0.4, so 90% to 60% of the light is absorbed.
The average albedo of the Earth is about 0.3, somewhat higher than typical of oceans or much of the land area primarily because of the contribution of clouds.
Clouds reflect light very effectively, absorbing little.
Because of the heat and light
earths surface
topographic map
the ocean absorbes solar energy because it has a low albedo.
The solar panels absorb energy from then sun, the solar energy is then transformed into heat energy causing the water to heat up.
Because of the heat and light
Solar, wind, water
50%
earths surface
Chloroplasts the pigment which can absorb solar energy.
The answer lies in the Leslie Cube (look it up in an Internet search). Though the cube demonstrates which surface radiates heat better the principle is the same. A dark colour absorbs solar energy better than a light surface and a matt surface likewise absorbs solar energy better than a gloss surface. Think of it this way ... the amount of solar energy hitting two side by side surfaces is the same for each but the light glossy one will reflect more solar energy and therefore absorb less while the dark matt surface will reflect less solar energy and therefore absorb more. Hence solar heat collectors are black.
One surface type on Earth that helps absorb solar energy and keeps the planet warm is water. Another surface type that helps keep the planet warm by absorbing solar energy is vegetated land.
visible light
Which molecules are essentially required to absorb solar energy to carry out photosynthesis?
mere
Because the middle of the earths surface is the hottest on earth and the equator is right in the middle and the poles is at the end of the earths surfaces
when solar energy gets away from the sun and the plants absorb the solar energy.