Answer:
the particle is at point B at t = 3 s
Step-by-step explanation:
Solution:-
- The coordinates of the path that a particle follows through points A to B to C.
- The coordinates of the particle position ( x , y ) are differentiable function of t, where, the rate of change of x-coordinate is given by:
- The slope of the curve at point B, in mathematical terms that is called the inflection point.
- The independent variable time (t) can be determined for the particle when it is at point B. Where the x'(t) is set to zero, and the critical value defines the point B.
- Hence, the particle is at point B at t = 3 s.
Answer:
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Step-by-step explanation:
ghmkghmjnmghmnmbnm
It's evidence of the continental drift theory
You're basically doing 890 divided by 1, so the answer would be 800.. 800 ones.
1.50 pounds.
(dont have pound symbol, only $)