There is no answer to this question as the 3.8 has no units and there is no mention of what the object would be in.
Assuming you mean a volume of 38 cm³ (as cm are a measure of length): density = mass/volume = 277g / 38cm³ ≈ 7.289 g/cm³
Yes, you would weigh less on Mars compared to Earth due to its lower gravity, so you could potentially appear to "float" in the air if you jumped or moved in a similar way to how we experience weightlessness on Earth. However, you would not be able to float in the same way as you would in space due to Mars' thin atmosphere.
depends on the fat content in the milk.More the amount of fat the less is the density of milk.The less the density the more the tendency to float.If the milk is skimmed or fortified skimmed whose density ranges from 1.026 to 1.031 at 35-38*c.whereas the density of sea water is about 1.025,which is more than that of sea water so it will mix up and sink easily in seawater.
Yes, you would float with ease on Mars due to its lower gravity compared to Earth. The gravity on Mars is about 38% of Earth's gravity, making it easier for objects and people to float or move around with less effort.
Yes, a human would float with ease on Mars due to the lower gravity compared to Earth (about 38% of Earth's gravity). This reduced gravity would make it much easier for a human to float or move around on Mars than on Earth.
No. An object on Mars would weigh about 38% of what it does on Earth. The _mass_ would be the same, however, so you would be able to lift it easier, but pushing it and stopping it would be the same as on Earth.
Mercury's gravity is 38% that of Earth.
it would only go into it once with a remainder of 33
The weight of an object that is 100 pounds on Earth would be approximately 38 pounds on Mercury. This is because Mercury's gravity is about 38% that of Earth's, so the object would weigh less on Mercury.
38
Jeongseon's population density is 38 people per square kilometer.
The population density of Héreg is 38 people per square kilometer.