Math, asked by jatinahlawat4321, 6 months ago

P = 100x______/ R x T

Answers

Answered by rsk499719gmailcom

1

Answer:

kjhhggfffvbhurdcvbhyffggfej

Answered by MizZFaNtAsY

1

Answer:

The pH of a sodium chloride solution remains ≈7 due to the extremely weak basicity of the Cl− ion, which is the conjugate base of the strong acid HCl.

$\huge \underbrace \mathfrak \pink{◇FaNtAsY◇}$

Previous Question

Next Question

Similar questions

Social Sciences, 2 months ago

15. Who am I? 1. I was the King of ChalukyaChola dynasty 2. I was a Pandya king and was defeated by Paranthaka I 3. I provided the opening for the invasion of Malik Kafur...

Geography, 2 months ago

Locate and label the following items on the given map with appropriate symbols. 1. A Cotton producing regions 2. Coffee producing regions...

Science, 2 months ago

Hola Brainlians!!! Explain the defects of Modern periodic table . Class - 10th Chapter - Periodic classification of elements. No spam... Spam will be reported immediately and action will be taken. Don't be greedy for points.

Math, 6 months ago

1. Two pipes can separately fill a cistern in 5 hours and 6 hours respectively and a third pipe can empty it in 10 hour. How long would it take to fill the cistern if all the pipes were used together?

Chemistry, 6 months ago

What is Allotropy? Discuss various allotropic forms of carbon in detail?

Chemistry, 11 months ago

Statement 1 : Absolute value of internal energy of a substance cannot be determined. Statement 2 : It is impossible to determine exact values of constitutent energies of the substances.

Chemistry, 11 months ago

∆fU° of formation of CH₄(g) at certain temperature is –393 kJ mol⁻¹. The value of ∆fH° is (a) zero (b) < ∆fU° (c) > ∆fU° (d) equal to ∆fU°...

Chemistry, 11 months ago

The enthalpies of the following reactions are shown below. [AFMC 2011] 1/2 H₂(g) + 1/2 O₂(g) → OH(g) ; ∆H = 42.09 kJ mol⁻¹ H₂(g) → 2H(g) ; ∆H = 435.89 kJ mol⁻¹ O₂(g) → 2O(g) ; ∆H = 495.05 kJ mol⁻¹ Calculate the O –– H bond energy for the hydroxyl radical. (a) 223.18 kJ mol⁻¹ (b) 423.38 kJ mol⁻¹ (c) 513.28 kJ mol⁻¹ (d) 113.38 kJ mol⁻¹...