The relation between time t and displacement x is `t = alpha x^2 + beta x,` where `alpha and bet...

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The relation between time and distance is t=Ī±x2+Ī²x where Ī± and Ī² are constants. The retardation is The relation between time and distance is t=Ī±x2+Ī²x where Ī± and Ī² are constants. The retardation is
The relation between time and distance is t=Ī± x^2+Ī² x, where Ī± and Ī² are constants. The retardati... The relation between time and distance is t=Ī± x^2+Ī² x, where Ī± and Ī² are constants. The retardati...
The relation between time t and distance x is t = ax^(2)+ bx where a and b are constants. Theacc... The relation between time t and distance x is t = ax^(2)+ bx where a and b are constants. Theacc...
The relation between time t and distance x is t = ax^2 + b x where a and b are constants . The accel The relation between time t and distance x is t = ax^2 + b x where a and b are constants . The accel
MOTION IN A STRAIGHT LINE If the relation between distance x and time t is given as t = Ī±x2 MOTION IN A STRAIGHT LINE If the relation between distance x and time t is given as t = Ī±x2
The relation between time and distance isĀ t=Ī±x^2+Ī²x, whereĀ Ī±Ā andĀ Ī²Ā are constants. The retardation is The relation between time and distance isĀ t=Ī±x^2+Ī²x, whereĀ Ī±Ā andĀ Ī²Ā are constants. The retardation is
PHY Q009 || The relation between time t and distance x is t=Ī±x^2+Ī²x where Ī± and Ī² are constants. PHY Q009 || The relation between time t and distance x is t=Ī±x^2+Ī²x where Ī± and Ī² are constants.
The relation between time t and distance x for a moving body is given as t = mx^2 + nx. The relation between time t and distance x for a moving body is given as t = mx^2 + nx.