The nearest galaxy to ours is the Large Megallanic Cloud, with it's centre located 1.7x10^5 light years from Earth. Assume you are in a spacecraft travelling at a speed of 0.99999c towards the Large Megallanic cloud.
a) In your frame of reference, what is the distance between Earth and the large Megallanic cloud?
760.26ly
b) In your frame of reference, how long will it take you to travel from Earth to the Large Megallanic Cloud
760.27years
I reckon more than anything they will be very picky about units
I got the first one correct but the 2nd one incorrect.The nearest galaxy to ours is the Large Megallanic Cloud, with it's centre located 1.7x10^5 light years from Earth. Assume you are in a spacecraft travelling at a speed of 0.99999c towards the Large Megallanic cloud.
a) In your frame of reference, what is the distance between Earth and the large Megallanic cloud?
760.26ly
b) In your frame of reference, how long will it take you to travel from Earth to the Large Megallanic Cloud
760.27years
I reckon more than anything they will be very picky about units
Do you reckon they'll accept 760 light years and years? Cause I left mine to 2 sf. =( Cause, otherwise it looks like my answers are just the same, with only a change in units.The nearest galaxy to ours is the Large Megallanic Cloud, with it's centre located 1.7x10^5 light years from Earth. Assume you are in a spacecraft travelling at a speed of 0.99999c towards the Large Megallanic cloud.
a) In your frame of reference, what is the distance between Earth and the large Megallanic cloud?
760.26ly
b) In your frame of reference, how long will it take you to travel from Earth to the Large Megallanic Cloud
760.27years
I reckon more than anything they will be very picky about units
If I was marking it, I wouldn't. Simply due to the number of sig figs in the velocity.Do you reckon they'll accept 760 light years and years? Cause I left mine to 2 sf. =( Cause, otherwise it looks like my answers are just the same, with only a change in units.