I ruled out age because there were some that were on main sequence some white dwarfs some supergiants etc - thats allll different agesparabolically up?
Also why mass?
84 god damn I’m getting a band 4 thenProbably around 84 or something
what there’s literally no wayyyyy it’d be that highProbably around 84 or something
Teacher said it was age and it was just some bsThe multi? I chose mass but didn’t know if it was that or age...
yes please !!Teacher said it was age and it was just some bs
no chance its that high lol thats like standard maths scalingwhat there’s literally no wayyyyy it’d be that high
No chance last years was 80 and i found it considerably easierProbably around 84 or something
last years was 76No chance last years was 80 and i found it considerably easier
Transmutation.was that equation a transmutation or a fusion? also what was the last multiple choice answer?
I said transmutation because it was alpha decay amd require input of energy because reactants weighed more then productswas that equation a transmutation or a fusion? also what was the last multiple choice answer?
Teacher said it was minimum at top of pathTransmutation.
It was constant magnitude for q20
Its age, since mass (absolute magnitude) is an axis on the graphThe multi? I chose mass but didn’t know if it was that or age...
mg varied tho thsTransmutation.
It was constant magnitude for q20
it was release of energy - if reactants weigh more than mass has been lost in the form of energyI said transmutation because it was alpha decay amd require input of energy because reactants weighed more then products
Wym it was circular motion for q20. Constant magitude with the axis slightly skewed downwards. Since r was constantmg varied tho ths
it was release of energy - if reactants weigh more than mass has been lost in the form of energy
I got tpThe products weighed more than reactants so it gave off energy. What did you guys get for q18 with Jupiter’s moon Io?