(g) A tanker with a mass of 80x10' metric tons is towed by a tug as shown in Fig. 1(g). A constant tension of 125 kN is developed in the tow cable. Calculate the time required to bring the tanker from rest to a speed of 0.75 km/h.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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(iii)
point.
Calculate the vertical distance, A, from the datum to the bucket for the scenario given
in part (ii) of this question.
→v 3 m/s
9 m
20⁰
FO
Fig. 1(f)
Datum
A tanker with a mass of 80x10 metric tons is towed by a tug as shown in Fig. 1(g). A
constant tension of 125 kN is developed in the tow cable. Calculate the time required to
bring the tanker from rest to a speed of 0.75 km/h.
Fig. 1(g)
Sudden stop of the
crane causes the bucket
to swing to this point
Transcribed Image Text:(iii) point. Calculate the vertical distance, A, from the datum to the bucket for the scenario given in part (ii) of this question. →v 3 m/s 9 m 20⁰ FO Fig. 1(f) Datum A tanker with a mass of 80x10 metric tons is towed by a tug as shown in Fig. 1(g). A constant tension of 125 kN is developed in the tow cable. Calculate the time required to bring the tanker from rest to a speed of 0.75 km/h. Fig. 1(g) Sudden stop of the crane causes the bucket to swing to this point
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