Tuesday, May 31, 2011

Help me with algebra, its super important?

Two ships are sailing in the fog and are being monitored by tracing equipment. As they come into the observer's rectangular radar screen, one ship, the Rusty Tu, is at a point 900 mm to the right of the bottom left corner of the radar screen along the lower edge. The other ship, the Bucket of Bolts, is located at a point 100 mm above the lower left corner of that screen. One minute later, both ships' positions have changed. The rusty Tube has moved to a position on the screen 3 mm left and 2 mm above its previous position on the radar screen. Meanwhile, the Bucket of Bolts has moved to a position 4 mm right and 1 mm above its previous location on that screen.



Assume that both ships continue to move at a constant speed on their respective linear courses. Using graphs and equations find out if the two ship will collide.



How do i graph it on the computer? what do i need?!?!

how do i use excel? its so confusing



HELP ME PLEASE

ive got one hour to get it, graph it, andd finish it! =[

i have 8 1/2 x 11 3/4 and each square is 50 mm. how do i move up two and like four mm its so small? ahh im soo overwhelmed =[

can i change it to like 9000, so like i would go 100 above or sokmething



i have good old traditional graph paper, so hwo do i graph it?Help me with algebra, its super important?
ok well its quite simple first you combine the deltradives and make sure they are part of the whole fraction and not a quarter so when you multiply them the sum is equvilent to either half or less the original number, this result is more or less the greater % of the grid so you can get an accurate idea of how the ships are sailing in the fog, to calculate the rectangle radar you need the median of the flag to the stern and also you cant forget the starburst, once calculated you add this to the fog number and take into the account the sea level (i trust you made the calculations) and add these numbers and subtract 3 for the drag presented by the waves, good luck with the rest its quite simple i am a university professor

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