incued vighting, where if a 0 la ther time of the then kigtring. 1×0 the dime ho insersctise at T=4.7l. Gaided Project 6

Post by **answerhappygod** » Thu Jul 14, 2022 4:45 pm

: Incued Vighting Where If A 0 La Ther Time Of The Then Kigtring 1 0 The Dime Ho Insersctise At T 4 7l Gaided Project 6 1 (40.95 KiB) Viewed 35 times

: Incued Vighting Where If A 0 La Ther Time Of The Then Kigtring 1 0 The Dime Ho Insersctise At T 4 7l Gaided Project 6 2 (36.03 KiB) Viewed 35 times

: Incued Vighting Where If A 0 La Ther Time Of The Then Kigtring 1 0 The Dime Ho Insersctise At T 4 7l Gaided Project 6 3 (43.98 KiB) Viewed 35 times

: Incued Vighting Where If A 0 La Ther Time Of The Then Kigtring 1 0 The Dime Ho Insersctise At T 4 7l Gaided Project 6 4 (43.98 KiB) Viewed 35 times

: Incued Vighting Where If A 0 La Ther Time Of The Then Kigtring 1 0 The Dime Ho Insersctise At T 4 7l Gaided Project 6 5 (25.24 KiB) Viewed 35 times

incued vighting, where if a 0 la ther time of the then kigtring. 1×0 the dime ho insersctise at T=4.7l.
Gaided Project 6.2. Interuepting a 170 timime ket fer la ki diven he de thint Find Hiberef.
Guided Project 62: Intercepting a UFO Topics and skills: Vectors, calculator Two tracking stations make a sighting of a UFO. Seven seconds later both tracking stations make another sighting of the UTO. Based on these two sightings, the position and velocity of the UFO are determined. One second after the second sighting, a probe is launched at peecisely the correct speed and heading to insercept the UFO. How is it done? Meast in me! shows and th locatix statioe site. T coordi Table 1 shows the bearings of the UFO taken by the tracking stations in each of two sightings. For example, that the stations are on hills.)
474 Guided Projects 4. Let v3 and v4 be vectors that point from tracking stations 1 and 2 to the UFO, respectively, for the second sighting. Choose the vectors to have the form ⟨a,±1,b⟩ or ⟨±1,a,b⟩. 5. Find equations (in parametric form) of the two lines between tracking stations 1 and 2 and the UFO for the second sighting. 6. Find the point of intersection P2 between the lines in Step 5. This intersection point is the position of the UFO at the time of the second sightings. 7. Now assume (a major assumption) that the UFO travels on a straight line between P1 and P2 at a constant speed. Find an equation of the line on which the UFO travels. Call the equation of this line r(t), for t≥0, where t=0 is the time of the first sighting. 8. Knowing that seven seconds pass between the first and second sightings, what is the speed of the UFO?