First of all, its nose has to point in the direction of motion, or you don't get the
answer you're fishing for. The contraction only occurs in the direction of motion.
If the length of the ship is 100 meters in the reference frame in which it's at rest,
and it then departs at 90% of the speed of light, the same observer in the same
reference frame now sees it contract to a length of 43.59 meters.
Length is measured in meters.Length is measured in meters.Length is measured in meters.Length is measured in meters.
Not change, from the frame of reference of the object, that being more or less the whole point of special relativity.From the point of view of an outside observer, it will contract along the direction of motion.
Length and height can be measured in m , cm. It can be measured in feet and inches.
It is exactly equal to the length of string you have measured in centimeters.
Yes, the length of an object is measured by the distance between its two endpoints. This distance is typically measured in units such as inches, centimeters, or meters.
Here are some example problems related to Lorentz transformations: A spaceship is traveling at 0.8c relative to Earth. Calculate the time dilation factor experienced by the astronauts on the spaceship. An observer on Earth sees a moving train pass by at 0.6c. Calculate the length contraction factor experienced by the train as observed by the observer. Two spaceships are moving towards each other at 0.9c and 0.6c, respectively. Calculate the relative velocity between the two spaceships as observed by an observer on Earth.
The speed of the observer with respect to the rod is half the speed of light. This is due to the Lorentz contraction effect at relativistic speeds, where lengths appear contracted in the direction of motion as observed from a different frame of reference.
Length is measured in meters.Length is measured in meters.Length is measured in meters.Length is measured in meters.
The length of a pencil is best measured in centimeters
The length of a house can be measured in dekameters.
length is measured in metres.
The length, width, or height of a solid figure is measured in units of length. The area of the figure's outside surfaces is measured in squared units of length. The volume of space filled by the figure is measured in cubed units of length. The mass of the figure is measured in units of mass. The weight of the object is measured in units of force. The age of the figure is measured in units of time. etc.
Length or distance is measured in meters.
No they are not.
None. Area cannot be measured in length units - only in squares of such units.
for the SI units of measurements, length is measured in meters. for anything else, length is measured in inches, feet, yards, etc.
Not change, from the frame of reference of the object, that being more or less the whole point of special relativity.From the point of view of an outside observer, it will contract along the direction of motion.