History, asked by mansiyuvrajbansode30, 3 days ago

the ends of two wires of continuity tester are dipped in distilled water will the bulb of this continuity tester glow give reason for your answers. aaj 8 bolu​

Answers

Answered by taesugk
2

Distilled water doesn't contain and ions hence there wouldn't be any movement of positive or negative ions thus production of electricity will not take place and the bulb will not glow.

[ITS AN VARIFIED ANSWER]

Answered by ravirajpatil7234
1

Answer:

the ends of two wires of continuity tester are dipped in distilled water will the bulb of this

atta bol na mazyabar please

Previous Question
Next Question
Similar questions
English, 1 day ago
Air is a mixture because: It retains the properties of its component gases. It does not have any formula Different gases present in air are not in a fixed proportion All of the above​...
Math, 1 day ago
The angles of a quadrilateral are in the ratio 4:5:3:6 . Find the difference between the largest and the smallest angles.
English, 1 day ago
plz answer this questions 1) where and what are latitude n longitude of india ?​ 2) bwhat is the income source of bill gates ?​ 3) In group 17 which element has highest ionisation enthalpy? 4) At what speeds does the city of Cautionville consider a driver to be reckless? Explain how you determined your answer. 5) Make a word from the letters given mimxirtgmj. ​
History, 3 days ago
20 mcqs of nazam and rise of Hitler ​...
English, 3 days ago
who was sai paranjpye grand father​...
Math, 8 months ago
find the product using suitable properties. 8,431×110 854×99 1,007×168 ​...
English, 8 months ago
Disillusioned with life in a communist country, he_____ to the west. (a) travelled (b) emigrated (c) defected (d) deserted ​...
Physics, 8 months ago
A charge of q = - 4.0 × 10-6 is placed in an electric field and experiences a force of 5.5 N [E] a) What is the magnitude and direction of the electric field at the point where charge q is located? b) If charge q is removed, what is the magnitude and direction of the force exerted on a charge of - 2q at the same location as charge q?​