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a light rope is attached to a block with a mass of 6 kg that rests on a horizontal frictionless surface the horizontal
when a 5-komega resistor is connected across a two-terminal source a current of 15 ma is delivered to the loadwhen a
a block of mass m 50 kg is pulled along a rough horizontal surface by a rope as sketched in the figure below rope
electric force is a vector three charged objects are located at the corners of an equilateral triangle with sides 10 m
find the value of r in the circuit of given figure so that maximum power is delivered to the load what is the value of
bullets of mass22g are fired in parallel paths with speeds of216ms through a hole20mm in diameter how far from the hole
a juniper-wood plank measuring 032 ft by 1 ft by 12 ft is totally submerged in watera what is its weightb what is the
for the circuit of given figure find the value of rl that will result ina maximum voltage what is that voltageb maximum
a certain object is composed of a solid sphere of mass 15 kg and radius 05 m connected to two thin rods of length 2 m
science the future and reflections on the course please respond to the followingidentify the main developments in
1 a 1-komega load needs 10 ma to operate correctly design a practical power source to provide the needed current the
the mass of the space probe is 684kg and its initial velocity is 254 ms if the 650-un force acts on the probe through a
a 10-v source is shown in given figure that is used to power a 100-omega load clearly the load does not match the
explain how flight is achieved please provide an example and usenbspthree concepts or laws to supportnbspyour
describe the relationship between electron orbital energy levels and the energy of light that electrons emit for atoms
a select rl and design an interface circuit for the circuit shown in given figure so that the load voltage is 2 vb
a problem in analytical mechanics intermediate level physics 3rd or 4th year mechanics if you have three bodies of
the source in given figure has a 100-ma output current limit design an interface circuit so that the load voltage is v2
in a car lift is used in service station compressed air exerts a force on a small piston that has a circular cross
figure shows an interface circuit connecting a 15-v source to a diode load the i - v characteristic of the diode is i
an 1800 kg car stopped at a traffic light is struck from the real by a 900kg car the two cars become entangled moving
a 1500 kg car moving on a flat horizontal road negotiates a curve if the radius of the curve is 35m and the
design the interface circuit in given figure so that the voltage delivered to the load is v 10 v plusmn 10 use one or
in this problem you will design two interface circuits that deliver 150 v to the 5-komega load shown in given figurea