Earth’s (g) is nearly the same at any point on its surface. The value of g near Earth’s surface is meters per second squared ( m/s2).
If m is the mass of an object and g is gravity, then we can find the weight, W, of the object by using the
formula W = .
The weight of an object is approximately equal to if the mass of the object
is 1 kilogram on Earth, where g = m/s2 fill in the blank.

Earth’s gravity (g) is nearly the same at any point on its surface.

The value of g near Earth’s surface is _ten__ meters per second squared (__10 (preciesly it is 9.8)___ m/s2).

If m is the mass of an object and g is gravity, then we can find the weight, W, of the object by using the

formula W = __m×g__.

The weight of an object is approximately equal to _g__ if the mass of the object is 1 kilogram on Earth, where g = __10 (9.8)___ m/s2 fill in the blank

Explanation:

yes, water is wet, just as it makes other things wet, it is wet itself, kinda like ice, when ice is in water, the ice makes water cold, and ice is cold, therefore with that example, water is wet