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· 241-245 · 246-250 · 251-255 · 256-260 · 261-265 · 266-270 · 271-275 · 276-280 · 281-285 · 286-290 · 291-295 ·The movement of two submarines are being followed by a tracking system, and the positions of the submarines are modelled by points. The position of Sub A at time t is (2t+2, 2t+1) and the position of Sub B at time t is (4-t, t+5) (distance in Kilometers) 1.How would I go about eliminating t from each pair of coordinates, and from this realise each Sub travels in a straight line? 2. How would I go about finding the distance between the Subs at each of the times t=0 and t=2? 3. If d is the distance between the pods at time t, how would I go about finding an expression for d squared in terms of t? And how would I go about completing the square for this expression, and show that the m... click for more
Subject:
Math
Topic:
Geometry
Posting ID:
57068
OTA ID:
103300
(1) Given function: f(x) = (x^2)*[e^(12x)] (a) Find its horizontal asymptotes. (b) Find its critical numbers. (c) Find its inflection points. (2) Given function: f(x) = (x^3) / [(x^2) - 16] (a) Find its critical numbers. (b) Find its inflection points.
Subject:
Math
Topic:
Geometry
Posting ID:
57085
OTA ID:
103300
5/3 and 5/4 are the two they give. Can you find the other 5 regular star polygons with fewer than 10 vertices?
Subject:
Math
Topic:
Geometry
Posting ID:
58746
OTA ID:
101298
(See attached file for full problem description with diagram) --- The 7y-2 should be in parenthesis (7y-2) and the same thing for 4x+1, i.e. (4x+1). I have tried solving this problem several times I need values for x and y. can you please explain. It is a paralellogram. Thank you soo much. ---
Subject:
Math
Topic:
Geometry
Posting ID:
58784
OTA ID:
103940
(See attached file for full problem descriptions with diagrams) --- 1. Given: A is the midpoint of OX, AB is parallel to XY; BC is parallel to YZ Prove: AC is parallel to XZ. 2. Given: lines PQ, RS, and TU are each perpendicular bisectors to UQ; R is the of line PT. Prove: R is equidistant from U and Q. ---
Subject:
Math
Topic:
Geometry
Posting ID:
59408
OTA ID:
104618
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