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An organ pipe closed at one end and open at the other has a length of 0.3 m.
What is the longest possible wavelength for the interfering sound waves that can form a standing wave in this pipe?
What must be his average speed if he is to meet the ball just before it hits the ground and How high was the release point?
Two projectiles are launched from a cliff of height H = 16m as shown in the diagram below. Projectile 1 is launched with velocity v1 = 12 m/s at an angle q1, where q1 = 35 degrees. Projectile 2 is launched with velocity v2 = 12 m/s at an angle q2..
An alternating current I = I_0 cos(ω t) flows down a long straight wire and returns along a coaxial conducting tube of radius a.
Let us assume that in hitting an obstac1e, the driver not restrained by a seat belt is thrown upward and drops 3.0 in.
A standing wave interference pattern is set up by radio waves among two metal sheets 6.20 m apart. This is the shortest distance among the plates that will produce a standing wave pattern. What is the fundamental frequency?
A small button placed on a horizontal rotating platform with diameter 0.310m will revolve with the platform, How far from the axis can the button be placed, without slipping, if the platform rotates at 59.0rev/min
A 12.5 gram bullet is fired into a board. The board is subjected to a force of 3.50x104 Newtons when it hits the board. If the bullet travels 3.50 cm before coming to a stop, what was the initial speed of the bullet
A 200-Volt battery is connected to a parallel-plate capacitor that has a dielectric slab (k= 2) filling the space between the plates. The plates are 10cm x 10cm and are 3mm apart.
Calculate the maximum value of resistance that can be obtained by combining resistors of 31 , 47 , and 64
Object A is metallic and electrically neutral, Object B is identical to object A and is also electrically neutral, It is charged by induction so that it acquires a charge of +3.18E-6 C
A sinusoidal force acts on the mechanical system illustrated in Figure 9.44. Considering that the mass is m = 0.5 kg and the stiffness is k = 200 N/m.
Block A with mass 4 kg travels with speed vi=3 m/s on a smooth horizontal surface and collides with a stationary block B whose mass is 4 kg. How much kinetic energy was lost in the collision
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