a microprocessor chip used in personal computers has a footprint of 45 mm x 42.5 mm and dissipates a peak power of 95 w. it is important to provide cooling to this chip as its performance deteriorates with increasing temperature. a) determine the temperature that the chip would achieve under steady-state conditions in a 25°c environment if cooling were provided by free convection with an average convection heat transfer coefficient of 6 w/m2-k. b) a variety of techniques such as fans or heat pipe coolers can be used to col the chip. determine the convection heat transfer coefficient that is required to maintain the chip at a maximum temperature of 42°c.