Chemistry, asked by theoryman07, 4 months ago

a bulb of capacity 5 litre, air is filled when this glass bulb is heated from 17° C to t° C . The air is expelled whose volume was found to be 1.5L at 20° C. If pressure remains constant during the process and expansion of bulb with heating is negligible, then find t.

Answers

Answered by Anonymous

Answer:

A bulb of three litre capacity filled with air is heated from 27^(@)C The air thus expelled measured 1.45 litre at 17^(@)C ... the experiment and ignoring the expansion of calculate t .

Previous Question

Next Question

Similar questions

Math, 2 months ago

simplify combining like terms 25b-28 + 4b -2b.

English, 2 months ago

A letter to the editor on the need to improve discipline in Ghana...

Math, 2 months ago

2. Give any two equivalent ratios of (ii) 8:5...

English, 4 months ago

When you think of chocolate, you probably imagine your favourite chocolate bar. But when it was first discovered over 4000 years ago, it was actually eaten in the form of a bitter – tasting drink mixed with honey, vanilla and chilli peppers. Chocolate is made from a bean called cacao, which is grown on trees that are original to Central and South America. After the beans are picked, they...

Math, 4 months ago

4. If AABC = APQR, with which side of APOR will the side AB coincide? 5...

English, 10 months ago

why do we call a cycle a bicycle?

Business Studies, 10 months ago

how can i learn share market very quick?

India Languages, 10 months ago

essay on bhashegala mahathwa in kannada...

a bulb of capacity 5 litre, air is filled when this glass bulb is heated from 17° C to t° C . The air is expelled whose volume was found to be 1.5L at 20° C. If pressure remains constant during the process and expansion of bulb with heating is negligible, then find t.​

Answers

a bulb of capacity 5 litre, air is filled when this glass bulb is heated from 17° C to t° C . The air is expelled whose volume was found to be 1.5L at 20° C. If pressure remains constant during the process and expansion of bulb with heating is negligible, then find t.