The next test involves the performance of the new battery. The robot encounters an obstacle on...

 

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The next test involves the performance of the new battery. The robot encounters an obstacle on his journey. Using its arm it applies a force of 35N at an angle of 25 below horizontal and is able to displace the object for 20m in a time of 65s. At the beginning of the test the battery's is displaying a total stored energy (ability to perform mechanical work) of 2500 Nm. What would be the remaining energy displayed at the end of the test? Useful formula: AE =W (change in available energy is equal to the work done) The next test involves the performance of the new battery. The robot encounters an obstacle on his journey. Using its arm it applies a force of 35N at an angle of 25 below horizontal and is able to displace the object for 20m in a time of 65s. At the beginning of the test the battery's is displaying a total stored energy (ability to perform mechanical work) of 2500 Nm. What would be the remaining energy displayed at the end of the test? Useful formula: AE =W (change in available energy is equal to the work done)

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To calculate the remaining energy displayed by the battery at the end of the test we can use the ... View the full answer