Go Figure 26-36 a shows a rod of resistive material. The resistance per unit length of the rod increases in the positive direction of the x axis. At any position x along the rod. the resistance dR of a narrow (differential) section of width dx is given by dR = 5.00.V dx. where dR is in ohms and x is in meters. Figure 26-36 b shows such a narrow section. You are to slice off a length of the rod between x = 0 and some position x = L and then connect that length to a battery with potential difference V = 5.0 V (Fig. 26-36c). You want the current in the length to transfer energy to thermal energy at the rate of 200 W. At what position x = L should you cut the rod? Figure 26-36 Problem 54.
Go Figure 26-36 a shows a rod of resistive material. The resistance per unit length of the rod increases in the positive direction of the x axis. At any position x along the rod. the resistance dR of a narrow (differential) section of width dx is given by dR = 5.00.V dx. where dR is in ohms and x is in meters. Figure 26-36 b shows such a narrow section. You are to slice off a length of the rod between x = 0 and some position x = L and then connect that length to a battery with potential difference V = 5.0 V (Fig. 26-36c). You want the current in the length to transfer energy to thermal energy at the rate of 200 W. At what position x = L should you cut the rod? Figure 26-36 Problem 54.
Go Figure 26-36a shows a rod of resistive material. The resistance per unit length of the rod increases in the positive direction of the x axis. At any position x along the rod. the resistance dR of a narrow (differential) section of width dx is given by dR = 5.00.V dx. where dR is in ohms and x is in meters. Figure 26-36b shows such a narrow section. You are to slice off a length of the rod between x = 0 and some position x = L and then connect that length to a battery with potential difference V = 5.0 V (Fig. 26-36c). You want the current in the length to transfer energy to thermal energy at the rate of 200 W. At what position x = L should you cut the rod?
13.
After a gust of wind, an orb weaver spider with a mass of 35 g, hanging on a strand of web of length L = .420 m, undergoes simple harmonic motion (SHO) with an amplitude A and period T.
If the spider climbs 12.0 cm up the web without perturbing the oscillation otherwise, what is the period of oscillation, in Hz to three significant figures?
15.
An object of mass m = 8.10 kg is attached to an ideal spring and allowed to hang in the earth's gravitational field. The spring stretches 23.10 cm before it reaches its equilibrium position. The mass then undergoes simple harmonic motion with an amplitude of 10.5 cm.
Calculate the velocity of the mass in m/s at a time t= 1.00s to three significant figures.
please solve and answer the question correctly. Thank you!!
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