Yes, pretty much by definition.
SOMETHING other than baryonic matter is causing two undeniable gravitational effects: (1) the radial velocities of stars in galaxies and (2) the bending of light as it travels through our Universe. Interestingly, the estimated ratio of this "something" to baryonic matter is about the same both within and outside of galaxies, meaning this "something" is about the same everywhere in our Universe.
Since this "something" has mass (ie, causes gravitational attraction) but seems to have almost no other interaction with baryonic matter, we call it "dark matter." That's a much easier description than "something out there that we don't understand beyond the fact that if has gravity."
No, shadow is not an example of matter. A shadow is an area where light is blocked by an object, creating a darkened silhouette. Matter refers to anything that has mass and occupies space, such as solids, liquids, and gases.
there are your shadow and other's shadow!! lol!!
There are two parts to the Earth's shadow. The dark narrower part is the Umbra (from Latin for shadow). The lighter part is called the Penumbra (from Latin, pane umbra - almost a shadow)
The `Gnomon` is the part of the shadow clock, or sun dial, that casts a shadow onto the face from the sun, so that the time can be read.
Shadow of the Comet happened in 1993.
A shadow has no mass - no substance.
light and shadow
Colour, density, mass
Your shadow.
A shadow doesn't exist as a thing. It doesn't take up space or have mass. It's just the absence of light or brightness in a given area.
No. Shadows are just images of other ojects that have blocked the direct rays of light.
What kind of question is that? Think about it and take a good look around.
Because photons have mass, they also have weight. Given the particular size and shape of a shadow at any given instant of time, and comparing the quantity of photons striking the same surface with the same dimensions as the shadow with the photons striking the area of the shadow, the weight of the shadow would be in the negative relative to the area affected by direct light. Using scientific standards for the weight of a photon, the weight of the shadow can be calculated for any portion of time given for the measurements of the examination.
yes, on Illum but you can just talk to her. but she becomes a companion in the shadow broker DLC
That's a negative. You may play the Shadow Broker DLC anytime after you have reached Illium. Liara will be in her office, just go and talk to her about it.
yes its located in IndianaIt's in Indiana i think!
go to youtube and put that question in and vsauce will tell you