In 1656, the Burgmeister (mayor) of the town of Magdeburg, Germany, Otto Von Guericke, carried out a dramatic demonstration of the effect resulting from together and air pumped out so that the pressure inside is 11.00 millibar. The atmospheric pressure outside is 970 millibar. Calculate the force required to pull the two hemispheres apart. [Note: 1 millibar=100 N/m2. One atmosphere is 1013 millibar = 1.013×105 N/m2 ] Submit Answer Tries 0/12 Two equal teams of horses, are attached to the hemispheres to pull it apart. If each horse can pull with a force of 1420N (i.e., about 319 Ibs), what is the minimum number of horses required? Submit Answer Tries 0/12 @ Post Discussion 4Send Feedbac
In 1656, the Burgmeister (mayor) of the town of Magdeburg, Germany, Otto Von Guericke, carried out a dramatic demonstration of the effect resulting from together and air pumped out so that the pressure inside is 11.00 millibar. The atmospheric pressure outside is 970 millibar. Calculate the force required to pull the two hemispheres apart. [Note: 1 millibar=100 N/m2. One atmosphere is 1013 millibar = 1.013×105 N/m2 ] Submit Answer Tries 0/12 Two equal teams of horses, are attached to the hemispheres to pull it apart. If each horse can pull with a force of 1420N (i.e., about 319 Ibs), what is the minimum number of horses required? Submit Answer Tries 0/12 @ Post Discussion 4Send Feedbac
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![In 1656, the Burgmeister (mayor) of the town of Magdeburg, Germany, Otto Von Guericke, carried out a dramatic demonstration of the effect resulting from
evacuating air from a container. It is the basis for this problem. Two steel hemispheres of radius 0.350 m (1.15 feet) with a rubber seal in between are placed
Fogetner and air pumped out so that the pressure inside is 11.00 millibar. The atmospheric pressure outside is 970 millibar. Calculate the force required'to pull the
two hemispheres apart.
[Note: 1 millibar=100 N/m2. One atmosphere is 1013 millibar = 1.013×105 N/m² ]
Submit Answer Tries 0/12
Two equal teams of horses, are attached to the hemispheres to pull it apart. If each horse can pull with a force of 1420N (i.e., about 319 lbs), what is the minimum
number of horses required?
Submit Answer Tries 0/12
Post Discussion
Send Feedback](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff313f933-6d84-4b04-b027-e1044fd7f0aa%2Fc76c08ea-578d-4a38-b54d-dece9cbc90e0%2Fg0vmq4b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In 1656, the Burgmeister (mayor) of the town of Magdeburg, Germany, Otto Von Guericke, carried out a dramatic demonstration of the effect resulting from
evacuating air from a container. It is the basis for this problem. Two steel hemispheres of radius 0.350 m (1.15 feet) with a rubber seal in between are placed
Fogetner and air pumped out so that the pressure inside is 11.00 millibar. The atmospheric pressure outside is 970 millibar. Calculate the force required'to pull the
two hemispheres apart.
[Note: 1 millibar=100 N/m2. One atmosphere is 1013 millibar = 1.013×105 N/m² ]
Submit Answer Tries 0/12
Two equal teams of horses, are attached to the hemispheres to pull it apart. If each horse can pull with a force of 1420N (i.e., about 319 lbs), what is the minimum
number of horses required?
Submit Answer Tries 0/12
Post Discussion
Send Feedback
![In 1656, the Burgmeister (mayor) of the town of Magdeburg, Germany, Otto Von Guericke, carried out a dramatic demonstration of the effect resulting from
evacuating air from a container. It is the basis for this problem. Two steel hemispheres of radius 0.350 m (1.15 feet) with a rubber seal in between are placed
Fogetner and air pumped out so that the pressure inside is 11.00 millibar. The atmospheric pressure outside is 970 millibar. Calculate the force required'to pull the
two hemispheres apart.
[Note: 1 millibar=100 N/m2. One atmosphere is 1013 millibar = 1.013×105 N/m² ]
Submit Answer Tries 0/12
Two equal teams of horses, are attached to the hemispheres to pull it apart. If each horse can pull with a force of 1420N (i.e., about 319 lbs), what is the minimum
number of horses required?
Submit Answer Tries 0/12
Post Discussion
Send Feedback](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff313f933-6d84-4b04-b027-e1044fd7f0aa%2Fc76c08ea-578d-4a38-b54d-dece9cbc90e0%2F2hzxdre_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In 1656, the Burgmeister (mayor) of the town of Magdeburg, Germany, Otto Von Guericke, carried out a dramatic demonstration of the effect resulting from
evacuating air from a container. It is the basis for this problem. Two steel hemispheres of radius 0.350 m (1.15 feet) with a rubber seal in between are placed
Fogetner and air pumped out so that the pressure inside is 11.00 millibar. The atmospheric pressure outside is 970 millibar. Calculate the force required'to pull the
two hemispheres apart.
[Note: 1 millibar=100 N/m2. One atmosphere is 1013 millibar = 1.013×105 N/m² ]
Submit Answer Tries 0/12
Two equal teams of horses, are attached to the hemispheres to pull it apart. If each horse can pull with a force of 1420N (i.e., about 319 lbs), what is the minimum
number of horses required?
Submit Answer Tries 0/12
Post Discussion
Send Feedback
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