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two identical containers are adjacent to each other they both have volume 35 l and pressure 1atm one contains o2 a
what are the three key application areas of fuzzy logic
a book is pushed up and 8deg going to playing with an initial speed of 11 ms if the coefficient of kinetic friction
a rigid rod of length l 1 m and mass m 25 kg is attached to a pivot mounted d 017 m from one end the rod can rotate
problem 1 each row in the table below defines the parameters for an inverted crank-slider mechanism as illustrated in
the kinetic energy per unit volume jm3 of an air jet at a surfaceer may be written aser rhov22kd-13wherer density of
question 1- nbsptwo forcesnbspfnbsp1nbspandnbspfnbsp2 act at a point as shown in the picturenbspfnbsp1nbsphas a
describe the construction and working of geiger muller counter give its important
1nbsp in 1676 the danish astronomer ole roemer had one of those oho moments in science he concluded from accumulated
1 the primary coil of a step-up transformer draws 100 w how much power is provided by the secondary coil2 an ideal
1 what is the effect on the current in a wire if both the voltshyage across it and its resistance are doubled if both
a space station shaped like a giant wheel has a radius of 114m and when empty a moment of inertia of 584e8kgm2 a crew
a solid circular bar of diameter d 15 in is subjected to an axial force p and a torque t see figure strain gages a and
1 two point charges are separated by gem the attractive force between them is 20 n find the force between them when
the following data are from a completely randomized design1 compute the sum of squares between treatments2 compute the
1 the highest frequency humans can hear is about 20000 hz what is the wavelength of sound in air at this frequency what
modern vacuum pumps make it easy to attain pressures of the order of in the laboratory consider a volume of air and
1 what is the wavelength of a 340-hz tone in air what is the wavelength of a 34000-hz ultrasonic wave in air2 for years
1 what is the frequency in hertz that corresponds to each of the following periodsanbsp 010 sb 5 scnbsp i 60 s2 what is
1 what is the ideal efficiency of an automobile engine in which fuel is heated to 2700 k and the outdoor air is 270
1 the quantity of heat q that changes the temperature deltat of a mass m of a substance is given by q cmdeltat where c
1 in lab will burns a 06-g peanut beneath 50 g of water which increases in temperature from 22degc to 50degc the amount
which of the following objects has the largest kinetic energy a mass of with a speed of 5kg 2
if a sports car with a mass of 500kg travels down the road with a speed of 30ms its kinetic energy is15000 joules7500
which of the following forces does the most work a force of acting through a distance of