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Two blocks connected by a massless rope are placed on an inclined plane as pictured on the right.
(a) What is the relationship between the two masses in order for the system to not move?
(b) What is the relationship between the two masses in the event that the block on the inclined plane accelerates downward at 0.2g? What is the tension in the string, in the case that m1=4kg?
(c) How does your answer to (a) change, if the angle of the inclined plane is 0 and mass 2 is to accelerate downward with 0.2g?
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The intensity (in W/m2) of one sound is 7.12 times as great as the intensity of another sound. Relative to the quieter sound
Find out the average speed for the trip
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A man can row a boat at a speed of 7.45 km/h in still water. If he is crossing a river where the current is 2.00 km/h, find what direction should his boat be headed
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An electron is in an angular momentum state with l=3, What is the lenght of the electron's angular momentum vector
Create a mock ANCOVA output table that supports the relationship shown above. Report your mock finding APA style.
calculate the final temperature of the puddle once it settled to equilibrium. (Assume the chamber walls are sufficiently flexible to allow the system to remain isobaric and consider thermal losses/gains from the chamber walls as negligible.)
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