...50 165 412 There are two ways in which heat can get from the glass globe to the thermometer — (i) By radiation across the intervening space ; (2) by communicating an increase of motion to the molecales of the gas, which carry it to the thermometer. It is quite conceivable tint a considerable...

...they are associated phenomena. There are two ways in which heat can get from the glass globe to the thermometer — (1) By radiation across the intervening...should not perceive much diminution of transference, and consequently much diminution of rate of rise with increased exhaustion, so long as wo work with...

...50 165 412 There are two ways in which heat can get from the glass globe to the thermometer — (i) By radiation across the intervening space ; (2) by...considerable part, especially in the case of heat oflow refrangibility, may be transferred by "carriage," as I will call it to distinguish it from convection...

...the room, etc. There are two ways in which heat can get from the glass globe to the thermometer : (i) by radiation across the intervening space ; (2) by...molecules of the gas, which carry it to the thermometer. The tabulated experiments show that there is a notable fall, a reduction of pressure from five to two...

...can get from the glass globe to the thermometer : (1 ) By radiation across the intervening space -t (2) By communicating an increase of motion to the molecules of the gasr which carry it to the thermometer. It is quite conceivable that a considerable part, especially...

...which chiefly heat is conveyed from the negative electrode of a Geissler's tube to the glass walls. Now it is quite conceivable that a considerable part,...is different, and yet that we should not perceive a diminution of transference, and consequently a diminution of rate of rise with increased exhaustion,...

...changed by the more complete exhaustion. There are two ways in which heat can get from the case to the thermometer — (1) By radiation across the intervening...molecules of the gas, which carry it to the thermometer. The latter, I suspect, is the way by which chiefly heat is conveyed from the negative electrode of...

...the glass globe to the air-pump. There are two ways in which heat can get from the glass globe to the thermometer : (1 ) By radiation across the intervening...carriage," (as I will call it to distinguish it from con-' rection, which is different,) and yet that we would not perceive much diminution of transference,...

...the glass globe to the air-pump. There are two ways in which heat can get from the glass globe to the thermometer: (1) By radiation across the intervening...communicating an increase of motion to the molecules of the gasr which carry it to the thermometer. It is quite conceivable that a considerable part, especially...

...heat can get from the glass globe to the thermometer: (1) By radiation across the intervening space j (2) By communicating an increase of motion to the...from convection, which is different,) and yet that we would not perceive much diminution of transference, and consequently much diminution of rate of rise...