plane attached to and is revolved in a vertical, below B D (A) If the toy airplane rotates at a constant speed, how does

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Plane Attached To And Is Revolved In A Vertical Below B D A If The Toy Airplane Rotates At A Constant Speed How Does 1 (49.45 KiB) Viewed 30 times

plane attached to and is revolved in a vertical, below B D (A) If the toy airplane rotates at a constant speed, how does the tension in the wring at (1) TA> Tc (i) Tx<T pare to the son in the CT (tt) TA-Te (B) If the toy airplane rotates at a constant speed, how does the tension in the string at Acompare to the tension in the wring 2 (1) TA >T. (ii) TA<T (li) TA-T (C) If the toy airplane rotates at a constant spood, how does the tension in the string at B compare to the tension in the string wat () TT (ii) To <To (ii) T.-T. (D) If the toy airplane rotates at a constant speed, how does the tension in the string accompare to the tension in the string u D? (1) Te> To (ii) Teto (iii) Teto (E) If the toy airplane rotates so that the tension in the string is constant, how does the speed of the plane at A compare to the tension at C? (i) VA> Ve (ii) VACVC (iii) VA-Vc (F) If the toy airplane rotates so that the tension in the string is constant, how does the speed of the plane at A compare to the tension at B? (i) VA > Vo (ii) VACVA (iii) VA-V (G) If the toy airplane rotates so that the tension in the string is constant, how does the speed of the plane ut B compare to the tension at D? (1) Ve > VD (ii) V.<VD (iii) V.-V (H) If the toy airplane rotates so that the tension in the string is constant, how does the speed of the plane a compare to the tension at D? ) vc> Vp (ii) Ve VD (iii) Ve - Vo