NEED ASAP ASAP, TQ.
- Please Answer All Questions As It Is Linked Need Asap Asap Tq 1 (34.19 KiB) Viewed 14 times
PLEASE ANSWER ALL QUESTIONS AS IT IS LINKED NEED ASAP ASAP, TQ.
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answerhappygod
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PLEASE ANSWER ALL QUESTIONS AS IT IS LINKED NEED ASAP ASAP, TQ.
PLEASE ANSWER ALL QUESTIONS AS IT IS LINKED
NEED ASAP ASAP, TQ.
Figure 1 shows a hot air balloon being secured by three ropes AB, AC & AD on the ground before taking off for the rides over the skies of Cappadocia, Turkey. (a) Determine the tension of ropes AB, AC & AD when the burners inject a flame, heating the air within the balloon envelope, giving a vertical force of 1.8 and elevating the balloon to the height H =17 m from the ground. Assume all ropes are in tension and are in equilibrium conditions. [10 Marks] (b) The burners that inject a flame into the balloon envelope are fueled by propane, a liquified gas stored in pressure vessels. After 3 hours of securing from the ground, the propane slowly runs out of gas that leaves the balloon with the vertical force of 800 N. If all ropes AB, AC & AD are in equilibrium, suggest the new elevation H from the ground using try and error method. Given the angle 8 between rope AC and AD is within 50°<8<60°. [5 Marks] 4.20 m 2.40 m С 420 m Figure 1 Hm 3.30 m
NEED ASAP ASAP, TQ.
Figure 1 shows a hot air balloon being secured by three ropes AB, AC & AD on the ground before taking off for the rides over the skies of Cappadocia, Turkey. (a) Determine the tension of ropes AB, AC & AD when the burners inject a flame, heating the air within the balloon envelope, giving a vertical force of 1.8 and elevating the balloon to the height H =17 m from the ground. Assume all ropes are in tension and are in equilibrium conditions. [10 Marks] (b) The burners that inject a flame into the balloon envelope are fueled by propane, a liquified gas stored in pressure vessels. After 3 hours of securing from the ground, the propane slowly runs out of gas that leaves the balloon with the vertical force of 800 N. If all ropes AB, AC & AD are in equilibrium, suggest the new elevation H from the ground using try and error method. Given the angle 8 between rope AC and AD is within 50°<8<60°. [5 Marks] 4.20 m 2.40 m С 420 m Figure 1 Hm 3.30 m