It depends on how heavy the rock is. The heavier it is the faster it will fall.
No. Acceleration due to gravity is independent of weight. Galileo proved as much.
acceleration due to gravity is dependent on latitude but is always near 10m/s2
If the object is freely falling near the surface of the earth, then the reading on the
speedometer is always 9.8 meters per second (32.2 feet per second) higher than
it was one second earlier.
That number is called the "acceleration of gravity on earth", and your speedometer
is a great way to explain it !
Assuming the object is not in a circular orbit, then its speed would be continuously accelerating and it would move unequal distances in successive seconds.
That depends on gravity. Near Earth's surface, this would be 9.8 meters/second every second - usually written as 9.8 meters/second2.
10 m/s for sure
All distances are measured in metres. Prefixes are used to indicate multiples or fractions of a metre.
You think probable to atomic radius.
Some tea pots are equipped with a 'whistler' a bit like an alarm, this is to indicate that the water being boiled has reached its boiling point.
Impossible to say because Draco is a constellation, which means it consists of all the stars and other objects in a defined area of the sky. The distances could vary from the closest to extremely far away. The average distance would depend closely on the dimmest objects included in the calculation.
The horizontal lines on a map or globe that indicate distance north or south of the Equator.
The SCALE of the map indicates the relationship between lengths measured on a map and the actual distances. It can indicate the ratio of distances (e.g. 1:10000) or the equivalent actual distance for an inch or centimeter as measured on the map, often providing a measurement bar for various distances.
The SCALE of the map indicates the relationship between lengths measured on a map and the actual distances. It can indicate the ratio of distances (e.g. 1:10000) or the equivalent actual distance for an inch or centimeter as measured on the map, often providing a measurement bar for various distances.
The SCALE of the map indicates the relationship between lengths measured on a map and the actual distances. It can indicate the ratio of distances (e.g. 1:10000) or the equivalent actual distance for an inch or centimeter as measured on the map, often providing a measurement bar for various distances.
Horizontal
The scale of a map may indicate the ratio as well as showing how lengths measured on the map represent actual distances.
One link is equal to one hundredth of a chain which is 0.22 yards, 0.66 feet, or 0.201168 meters. The chain was commonly used with the mile to indicate land distances.
Dstance decay
The demonstrative pronouns are this, that, these, and those.The demonstrative pronouns indicate, or point to; demonstrative pronouns indicate near in distance or time and far in distance or time.
TO MEASURE AND INDICATE SPEED AND DISTANCE .... 3.2 Errors in the indicated distance run,
All distances are measured in metres. Prefixes are used to indicate multiples or fractions of a metre.
Object will change distance time graph when speed is changing. Distance time graph don't changed indicate of the stationary.
An odometer indicates distance travelled by a vehicle.