Answer Happy

planetached to cond in revolved in articles on below D (A) If the toy airplane rotates at a constant speed, how does the tension in the string a compare to the ten the (1) TATS (ii) TTC (iii) 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 string * (1) TA >T. (1) TAT. (U) TA-T (C) If the toy airplane rotates at a constant speed, how does the tension in the string ut compare to the tension in the string on (1) T, > TO (ii) Ty<TD (ii) T.-T (D) If the toy airplane rotates at a constant speed, how does the tension in the string at C compare to the tension in the string at DT (1) Tc > To (ii) Te<TD (ii) Te-T (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? (1) VA> Vc (ii) VACVC (iii) VA-V (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 B2 (1) VA > Ve (ii) VASV. (iii) VAV (G) If the toy airplane rotates so that the tension in the string is constant, how does the speed of the plane at B compare to the tension at D2 (1) ve > VD (ii) v.<VD (iii) V-VO (H) If the toy airplane rotates so that the tension in the string is constant, how does the speed of the plane compare to the tension at DI (i) ve > VD (ii) Ve<VD (iii) Vc - Vp