Explain the vapor pressure of mercury hg

Reference no: EM13280693

the vapor pressure of mercury Hg is .00180 mmHg at 77F. if Hg vapor reached equilibrium at this temperature in an enclosed space, what would the concentration of Hg be in the space? Assume normal atmospheric pressure.

Reference no: EM13280693

Questions Cloud

What is the distance from image to screen : A thin double convex lens is to focus the image of an object onto a screen so that the image is life-sized. What is the distance d from image to screen

Explain how would the calculated molar mass change : How would the calculated molar mass change(increase,decrease,no change) if the following experimental problems were encountered? explain the reason for your answer. (a)the unknown was impure and only part of the unknown dissolved in the lauric aci..

Calculate the input snr and the output snr of repeater : A repeater with additive noise of 48μW and a power gain of 20 dB has 150μW of input signal power and 1.2μW of input noise. Calculate the input SNR, the output SNR, the noise factor, and the noise figure.

Find the total power radiated out into space by the sun : Find the total power radiated out into space by the Sun assuming it to be at a temperature of 5500 K and the emissivity is 1

Explain the vapor pressure of mercury hg : the vapor pressure of mercury Hg is .00180 mmHg at 77F. if Hg vapor reached equilibrium at this temperature in an enclosed space, what would the concentration of Hg be in the space. Assume normal atmospheric pressure.

Find what is the ratio of the intensities of the two sounds : Two loudspeakers, one of them generates sound 400W power the other with 100W. The sound is generated isotropically from each loudspeaker. A listener is seated 20 m from the 100 W loudspeaker and 40 m from the other loudspeaker.

Find the index of refraction of glass of plano-convex lens : A double convex thin glass lens has equal radii of curvature. The focal length of the lens is +63.5 cm, find The index of refraction of the glass of the plano-convex lens

Define solution from the quantatative chemical analysis : Can someone give me a step by step solution from the Quantatative chemical analysis text from author Daniel c. Harris(the 8th edition) problem CH4-4-E. It about a confidence level.

Find what is the region of operation of a npn transistor : 1. Find IC, IE and IB for a PNP transistor if IS = 10-16 A, ßF = 75, ßR = 0.40, VEB = 0.75V and VCB = +0.70V. 2. The total transport current iT traversing the base of a BJT is determined by IS, v BE and v BC.

User Account

All Pages