Question

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.

Answer 1

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

Step-by-step explanation: