4. A Fortress on a maintaineannonball with an intial velocity v= 150 m/s. The cannon is supporteduses a canNon For defense. It launches aby 4 block on its baye and 3.blocks to hold its angle. the cammonis 150 m Enois the pootof the mantain- How for qrom the Fortrers Willthe cannonball land?. Answer. Sx=2:39 kmProvide complte scution with deriveition of Farmulas (inteials and derilartivesCompiete unit / souition plecise. Grrawitational constant g=9:8) m/s?%3D

Answered: Image /qna-images/answer/6dec3658-0cdf-466e-bcac-a3fcd96c940a.jpg

1. A Fortress on a mauntain eannonball with an initial velocity v- 150 m/s. The cannon is supported by 4 blocks wes a cannon For defense It launches a on its baye and 3 blocks to hold its angle. the cannon 1S 150 m krom the poot of the mantain- How far From the Fortrecs will the cannonball land? Answer Sx = 2: 39 km Provide compide scution with derivention of Formulas l integieils and derivative Canpiete unit I somtion please. Grrawitational constant g= 9:8) ms ?

1. A Fortress on a mauntain eannonball with an initial velocity v- 150 m/s. The cannon is supported by 4 blocks wes a cannon For defense It launches a on its baye and 3 blocks to hold its angle. the cannon 1S 150 m krom the poot of the mantain- How far From the Fortrecs will the cannonball land? Answer Sx = 2: 39 km Provide compide scution with derivention of Formulas l integieils and derivative Canpiete unit I somtion please. Grrawitational constant g= 9:8) ms ?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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