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Let, consider a cylindrical segment of a blood vessel 2.60 long and 1.50 in diameter. Determine what additional outward force would such a vessel require to withstand in the person's feet as compare
Assume that after a centrifuge in a medical laboratory is turned off, it continues to rotate having a constant angular deceleration for 10.6 s before coming to rest. When its initial angular speed w
A satellite is positioned in a circular Earth orbit of radius equivalent to 64% the radius of the orbit of Moon. Determine the period of the revolution in lunar months? (A lunar month is the period
Assume that the mirror is convex, an upright image is made, and a < 1. Find out the focal length of the mirror. (Employ any variable or symbol stated above as required.)
The voltage is stepped up to 100000 V through an ideal transformer, and the energy is transmitted via a long-distance power line that consists of a resistance of 90. What percentage of the power del
Compute the hydrostatic difference in blood pressure among the brain and the foot in a person of height 1.83 m. The density of blood is around 1.06 x 10^3 kg/m^3.
A part of a Nichrome wire of radius 2.50 mm is to be employed in winding a heating coil. When the coil must draw a current of 9.25 A if a voltage of 120 V is exerted across its end. Determine: (i)
Determine the angular frequency of the small oscillations of its axis of rotation? Determine when it is spun about an axis close to the longest symmetry axis?
The downward acceleration of block o 44.8 kg is observed to be precisely one-half the acceleration due to gravity. Noting that the tension in the rope is not the similar on each side of the pulley,
When resistors 1 and 2 are joined in series, the equivalent resistance is 17.0 Ohm. If they are joined in parallel, the equal resistance is 3.06 Ohm. Determine (i) the smaller resistance and (ii) th
A carbon steel piano wire of 2.2 m long with a cross-sectional area of around 2 × 10^-6 m2 and mass0.1 kg is stretched 7.6 mm. Find out the speed of transverse waves on the string. For carbon
When the string is 1.95 m long and forms an initial angle of 31.0o with the vertical, compute the speed of the particle at the given positions.
In a RLC series AC circuit, the resistance is 14 Ohms, the inductance is 12mH and the capacitance is 8 μF. The highest potential is 78 V, and the angular frequency is 100 rad/sec. Compute the ma
A spring having k = 45 N/m suspends vertically next to a ruler. The end of the spring is subsequent to the 15 cm mark on the ruler. When a mass of 1.9 kg is now joined to the end of the spring, wher
An inductor of 38 mH is joined to a outlet where the rms voltage is 111 V and the frequency is 35 Hz. Find out the energy stored in the inductor at t = 4.3 ms, supposing that this energy is zero at t
Determine at what distance beyond the surface of metallic sodium is the electron’s probability density10% of what it is at the surface?
Determine the maximum rate dB/dt at which the magnetic component of the light modifies with time at the detector's position? The speed of light is c = 3 × 108 m/s, and µ0 = 4p × 10
(i) Determine their rotational speed after coupling? (ii) If rather the second disk is set spinning at 700 rev/min in the direction opposite the first disk's rotation, determine their rotational sp
A beam of electrons from a hot filament is accelerated having a voltage of 15 kV and then focused to a small spot on the specimen (i) Determine the wavelength in nanometers of the beam of incoming e
A battery of 12.0 V of negligible internal resistance is employed to charge 12 F capacitor via a 200 ohm resistor. Determine:The time needed for the charge to reach 75 percent of the peak value.
An aluminum sphere consists of a radius of 68 cm on the Earth. It is then taken to a distant planet where the atmospheric pressure P is much bigger than on the Earth. When the sphere consists of a r
A meter stick having a mass of around 0.160 kg is pivoted around one end so it can rotate without friction around a horizontal axis. The meter stick is held in a horizontal position and free. As it
If this light is focused on the diffraction grating, the whole first order spectrum is seen, however none of the second order spectrum is seen, determine the maximum spacing among lines on this grat
In the interference pattern, the fourth bright line of the wavelength one light takes place at the similar position as the fifth bright line of the wavelength two light. When wavelength one is ident
Compute the final position relative to the last lens and its magnification relative to the original object if (i) all the three lenses are positive and (ii) the first and last lenses are negative.