Science, asked by bhanu541, 11 months ago

प्रत्येक लवण की अगलीय, सारीयस्सं उदासीनरूप
से पहचानिए-(a) KCL (b) NaNO3
(c) (NH4)2SO4

Answers

Answered by govindbhatia649

0

Answer:

प्रत्येक लवण की अगलीय, सारीयस्सं उदासीनरूप

से पहचानिए-(a) KCL (b) NaNO3

(c) (NH4)2SO4

Answered by raisima597

0

Answer:

B NaNo3 sayad hoga.answer..

Previous Question

Next Question

Similar questions

English, 5 months ago

Q.7 Fill in the blanks. (Use pictures as clue) 1. He is as busy as a . Honeybee 2. This pen is as light as a 3. Raj is as slow as a 4. My hair is as black as...

English, 5 months ago

Q. Underline the adverb phrases in these sentences. Use the hints in the brackets. 1. We remember leaving the bicycle right outside the front door. (where) 2. Mohit’s family has a house by the lake. (where) 3. Heena acted in a brave manner. (how) 4. Where shall I find a cobbler at this hour? (when) 5. Papa will go to buy groceries in the evening. (when)...

Math, 5 months ago

2:a :: 6:54 find the value of “a”...

History, 11 months ago

IV. Match the following 1. Palaeo anthropology - Teris 2. Hand axe tools Venus Images on stone and 3. Acheulian bone 4. Red sand dunes Microliths The study of Stone artefacts of 5. the human small size ancestors...

English, 11 months ago

importance of teacher in our life essay...

Physics, 1 year ago

In an A.C. circuit R and L are connected in series with source of maximum 220 V and frequency 50 Hz. If L = 1 H and R = 100 Ω. Find the maximum current in inductor and phase difference between voltage and current. [Ans. 0.668 A, 72°, 20']...

Physics, 1 year ago

Two opposite charged particles oscillate about their mean equilibrium position in free space, with a frequency of 10⁹ Hz. The wavelength of the corresponding electromagnetic wave produced is ...........,choose the correct option from the given options. (A) 0.3 m (B) 3*10¹⁷ m (C) 10⁹ m (D) 3.3 m...

Physics, 1 year ago

The tank circuit of L-C oscillator contains a capacitor of 30 μF and an inductor of 27 mH. Find the natural angular frequency of oscillations. [ Ans. 1.111*10³ rads⁻¹]...