Derive the following equation TdS TdS = Cy dP + CP dV ƏP V av P
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Q: why pi/2 is used when solving for t.
A: Why pi/2 is used while solving for t
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Q: Problem 1: (a) Ã= 3â – 2ŷ, B = 4ây – 5ŷ. Ã · B =? Answer: 22 (b) Ã = -2ô + 4, B = 3â – lŷ. Ả.B =?…
A: Problem 1: (a). Given data A→=3x^-2y^B→=4x^-5y^ Thus, A→·B→=3x^-2y^·4x^-5y^=12+10=22 Thus, A→·B→ is…
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A: Given, A→=2e^x-3e^y+e^zB→=3e^x-3e^y-e^zC→=4e^x-3e^y+e^z So,…
Q: Q13) If a 3.0 mm, b-4.0 mm, 21--60 aC, 22-80 BC, and q-30 nC in the figure, the magnitude of the…
A: Since you have asked to solve question 13, we will only solve question 13.
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Q: H'(0) = H"(0) =
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Q: This is how I did it. Where did I go wrong?
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Q: I'm not understanding how you are getting the v in this problem. I understand you multiply the…
A: a). image is real so, v is approximately 31.17cmb). image of the height hi is approximately…
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- xam in Progress E Additional Question: The figure shows two unequal charges +q and -Q. Charge -Q has greater magnitude than charge +q. Point X is midway between the two charges. In what section of the line will there be a point where the net electric field is zero? V Q Search $4 +q W 47 X HU Y to 3- % 5 İLT 1 Z Il app.honorlock.com is sharing your screen. Stop sharing 99+ * hp 7 Y a 8 Hi NCalculate δ numerically for θa=45∘.ver | Portal E Edulastic A app.edulastic.com/student/assessment/612d40e134150600096ede01/class/60ecbbe284e66e8d62a95cff/uta/61310195c7a5190009489400/itemld/612d40e13415060009... 1 SUBMIT A BOOKMARK X||凹||a Question 13/13 Scenario: 13 An ice skater is standing at rest next to the wall of the ice rink. The skater pushes on the wall with their hand, this action sends the ice skater moving backwards across the rink at a slow pace. If the skater applied a force on the wall, why did the wall stay still and the skater move? (a) The skater applied too much force on the wall and moved the wall back. It only appears that the skater moved backwards. B The frictional force between the skater and the ice was greater than the applied force of the wall C The skater did not applied enough force on the wall and therefore could not stand still D The wall applied an equal and opposite force to the skater causing the skater to move backward on the ice (b) Use the scenario above If the skater had a mass of…