2. Find the resultant of the three vectors shown in figure (2-W1). YI 2.0 m 3.0 m 5.0 m 37° Х Figure 2-W1

Find the resultant of the three vectors shown in figure (2W1). .

Find the resultant of the three vectors shown in figure (2W1). .

Find the equivalent capacitance for given figure A= 0.2m^2 d = 4m k = 3.2

A given mass of gas expands from the state A to state B by three paths 1, 2 and 3 as shown in the figure. If w_1, w_2 and w_3 respectively be the work done by the gas along three paths then

A 5 V battery with internal resistance 1 Omega and a 2 V battery with internal resistance 0.5 Omega are connected to a 3 Omega resistor as shown in the figure.The current in the 3 Omega resistor is

Consider the system ofpulleysasshown in figure-2.197. Find the acceleration of the three masses m^(1),m^(2) and m^(3). (m_(1) = I kg,m_(2) = 2kg " and " m_(3) =3kg)

Find the acceleration of masses m_(1), m_(2) and m_(3) shown in figure-2.119 just after the string is cut at point A. [0,(1+(m_(1))/(m_(2)))g, g]

Two weights W_1 and W_2 in equilibrius and at rest are suspended as shown in figure. Then the ratio (W_1)/(W_2) is:

Two weights W_1 and W_2 in equilibrius and at rest are suspended as shown in figure. Then the ratio (W_1)/(W_2) is:

Three particles of masses m_1 = 1 kg, m_2 = 2 kg " and " m_2 = 3 kg are placed at the corners of an equilateral triangle of side 1m as shown in Figure. Find the position of center of mass.