Bilibid or not. Cardo Dalisay was trapped inside a 2D Cartesian prison. In an attempt to bust out, he has a trajectory described by the following equation r(t) = (-10.0 [cm/s]t + 3.00 [cm/s*]t²)î +(-6.90[cm] + 0.950 [cm/s*]t®)§ (17) What will Cardo Dalisay's velocity be 10.00 s after he starts moving? A. 20.0 [cm/s] i+ 9.50 [cm/s] j B. 60.0 [cm/s] i+ 19.0 [cm/s] j C. 50.0 [cm/s] i+ 19.0 [cm/s] j D. 200. [cm/s] i+ 101.9 [cm/s] j

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Chapter1: Units, Trigonometry. And Vectors
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Cardo Dalisay was trapped inside a 2D Cartesian prison. In an attempt to
bust out, he has a trajectory described by the following equation:


r(t) = (−10.0 [cm/s]t + 3.00 [cm/s2]t2)ˆi + (−6.90 [cm] + 0.950 [cm/s2]t2)ˆj 

What will Cardo Dalisay’s velocity be 10.00 s after he starts moving?
A. 20.0 [cm/s] ˆi + 9.50 [cm/s] ˆj
B. 60.0 [cm/s] ˆi + 19.0 [cm/s] ˆj
C. 50.0 [cm/s] ˆi + 19.0 [cm/s] ˆj
D. 200. [cm/s] ˆi + 101.9 [cm/s] ˆj

Bilibid or not. Cardo Dalisay was trapped inside a 2D Cartesian prison. In an attempt to
bust out, he has a trajectory described by the following equation
r(t)
(–10.0[cm/s]t + 3.00 [cm/s*]t?)î + (-6.90 [cm] + 0.950 [cm/s*]t²)j
(17)
What will Cardo Dalisay's velocity be 10.00 s after he starts moving?
A. 20.0 [cm/s] i +9.50 [cm/s] j
B. 60.0 [cm/s] i+ 19.0 [cm/s] j
C. 50.0 [cm/s] i+ 19.0 [cm/s] j
D. 200. [em/s] i+ 101.9 [cm/s] j
Transcribed Image Text:Bilibid or not. Cardo Dalisay was trapped inside a 2D Cartesian prison. In an attempt to bust out, he has a trajectory described by the following equation r(t) (–10.0[cm/s]t + 3.00 [cm/s*]t?)î + (-6.90 [cm] + 0.950 [cm/s*]t²)j (17) What will Cardo Dalisay's velocity be 10.00 s after he starts moving? A. 20.0 [cm/s] i +9.50 [cm/s] j B. 60.0 [cm/s] i+ 19.0 [cm/s] j C. 50.0 [cm/s] i+ 19.0 [cm/s] j D. 200. [em/s] i+ 101.9 [cm/s] j
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