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Vm = man's velocity (w.r.t. stationary frame of reference viz. ground) Vw = river's velocity (w.r.t. stationary frame of reference viz. ground) Vmw = man's velocity w.r.t. the river. Given, |Vmw| = |Vw| = v width of the river ...
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Vm = man's velocity (w.r.t. stationary frame of reference viz. ground) Vw = river's velocity (w.r.t. stationary frame of reference viz. ground) Vmw = man's velocity w.r.t. the river. Given, |Vmw| = |Vw| = v width of the river ...
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Vm = man's velocity (w.r.t. stationary frame of reference viz. ground) Vw = river's velocity (w.r.t. stationary frame of reference viz. ground) Vmw = man's velocity w.r.t. the river. Given, |Vmw| = |Vw| = v width of the river ...
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Vm = man's velocity (w.r.t. stationary frame of reference viz. ground) Vw = river's velocity (w.r.t. stationary frame of reference viz. ground) Vmw = man's velocity w.r.t. the river. Given, |Vmw| = |Vw| = v width of the river ...
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Vm = man's velocity (w.r.t. stationary frame of reference viz. ground) Vw = river's velocity (w.r.t. stationary frame of reference viz. ground) Vmw = man's velocity w.r.t. the river. Given, |Vmw| = |Vw| = v width of the river ...
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Let I be an open interval of R. Let f : I--> R be a differentiable functiin such that f does not vanish on I. Prove that f is one-one on I. is the question correct as it stands or instead of f does not vanish on I it shoud ...
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*Image* m1=m m2=m M =4m *Edit: system was initially released from rest. All surfaces frictionless! Find the acceleration of all the three blocks and the direction of acceleration.. More interested to see the relations between ...
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*Image* m1=m m2=m M =4m *Edit: system was initially released from rest. All surfaces frictionless! Find the acceleration of all the three blocks and the direction of acceleration.. More interested to see the relations between ...
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*Image* m1=m m2=m M =4m *Edit: system was initially released from rest. All surfaces frictionless! Find the acceleration of all the three blocks and the direction of acceleration.. More interested to see the relations between ...
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*Image* m1=m m2=m M =4m *Edit: system was initially released from rest. All surfaces frictionless! Find the acceleration of all the three blocks and the direction of acceleration.. More interested to see the relations between ...
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*Image* m1=m m2=m M =4m *Edit: system was initially released from rest. All surfaces frictionless! Find the acceleration of all the three blocks and the direction of acceleration.. More interested to see the relations between ...
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*Image* m1=m m2=m M =4m *Edit: system was initially released from rest. All surfaces frictionless! Find the acceleration of all the three blocks and the direction of acceleration.. More interested to see the relations between ...
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*Image* m1=m m2=m M =4m *Edit: system was initially released from rest. All surfaces frictionless! Find the acceleration of all the three blocks and the direction of acceleration.. More interested to see the relations between ...
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*Image* m1=m m2=m M =4m *Edit: system was initially released from rest. All surfaces frictionless! Find the acceleration of all the three blocks and the direction of acceleration.. More interested to see the relations between ...
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*Image* m1=m m2=m M =4m *Edit: system was initially released from rest. All surfaces frictionless! Find the acceleration of all the three blocks and the direction of acceleration.. More interested to see the relations between ...
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*Image* m1=m m2=m M =4m *Edit: system was initially released from rest. All surfaces frictionless! Find the acceleration of all the three blocks and the direction of acceleration.. More interested to see the relations between ...
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ZENO's paradox A man standing in a room can not walk to the wall. In order to do so, he would have to go half the distance, then half the remaining distance, and then again half of what shall remains. This process can always ...
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*Image* *Image* ...
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Due to wrong guidance from askiitians, I wrote wrong state code of eligiblity and I am realising it now. Does that affect anything during counselling/seat allotment? ...
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Due to wrong guidance from askiitians, I wrote wrong state code of eligiblity and I am realising it now. Does that affect anything during counselling/seat allotment? ...
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Due to wrong guidance from askiitians, I wrote wrong state code of eligiblity and I am realising it now. Does that affect anything during counselling/seat allotment? ...
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got it got it sorry thanks everyone! ...
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→ → → → when A * B (A cross product B)= |A||B|sinθn(unit vector) the direction of the unit vector is taken like this *Image* then my problem is,why the direction of the unit vector is not taken in this direction? *Im ...
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The following Question is of Assertion and Reason type. Select the correct choice from the following options. Statement 1: The probability for the graph of 16x2 + 8(a+5)x -7 a - 5 in the interval is strictly above the x-axis ...
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The following Question is of Assertion and Reason type. Select the correct choice from the following options. Statement 1: The probability for the graph of 16x2 + 8(a+5)x -7 a - 5 in the interval is strictly above the x-axis ...
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→ → → → when A * B (A cross product B)= |A||B|sinθn(unit vector) the direction of the unit vector is taken like this *Image* then my problem is,why the direction of the unit vector is not taken in this direction? *Im ...
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On the basis of Le-Chatellier's principle, the condition that is unfavourable for the formation of SO3 is 2SO2(g) + O2(g)-----------> 2SO3(g) ; ΔH = − 42 kcal (1) low pressure (2) high pressure (3) high temperature (4) ...
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draw the graph of y=ax-(1/(bx)) where x=1/√(ab). ...
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draw the graph of y=ax-(1/(bx)) where x=1/√(ab). ...
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*Image* plz explain how to solve it! ...
