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if the sound of yellow remains constant through the path of the Bolliton Belt (sector 5, not to be confused with the sub-quandrant sectors in the minor system) and merges with a Senimet 6 at an angle of 12 degrees - what is the resulting burnoff in time factors as defined by the purple dot i can see in my right eye?
if the sound of yellow remains constant through the path of the Bolliton Belt (sector 5, not to be confused with the sub-quandrant sectors in the minor system) and merges with a Senimet 6 at an angle of 12 degrees - what is the resulting burnoff in time factors as defined by the purple dot i can see in my right eye?
BODMAS makes it 6, to make it 8 you'd need to put the brackets (2+2)x2=??
But I believe you'll find that, as written, the answer is indeed 8. The parantheses placement are open to interpretation, unless they are implicitly specified. If none are specified, it is quite valid to work on the first and shift right, so to speak.
if the sound of yellow remains constant through the path of the Bolliton Belt (sector 5, not to be confused with the sub-quandrant sectors in the minor system) and merges with a Senimet 6 at an angle of 12 degrees - what is the resulting burnoff in time factors as defined by the purple dot i can see in my right eye?
Without you telling us the weight to mass ratio, that's a trick question.
Without you telling us the weight to mass ratio, that's a trick question.
what's wrong with you dude??? i was just playing! everyone knows the Bolliton Belt is in sector 17 - not 5!!! and you're asking about weight to mass ratios???
what's wrong with you dude??? i was just playing! everyone knows the Bolliton Belt is in sector 17 - not 5!!! and you're asking about weight to mass ratios???
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