Explanation

Explanation

• Hazrat Ismail (AS) is called 'Zabeeh Ullah' (Zabiullah).
• Hazrat Ismail (A.S) was Son of Hazrat Ibrahim (A.S) & Hazrat Hajra (A.S).
• Prophet Ismail (AS) and Prophet Ishaq (AS) are Brothers.

Explanation

Ohm's law states that in a closed circuit, current is proportional to the voltage and inversely proportional to the resistance.

This means that as voltage increases, current increases, and as resistance increases, current decreases.

Explanation

The Torah was revealed to Hazrat Musa (AS) at Koh-e-Toor (Mount Sinai).

It comprises the five books of Musa.

It known in Hebrew as Chameesha Choomshey Torah.

The word 'Torait' appears 18 times in the Quran.

Hazrat Musa's name is mentioned 136 times.

The four Holy Books are the:

1. Torah (Musa)
2. Zabur (Dawud)
3. Injil (Isa)
4. Quran (Muhammad).

Explanation

Resistors connected in parallel are arranged side-by-side, allowing the charge to split into multiple paths.

Each resistor experiences the same voltage across it but has different currents depending on its resistance.

Explanation

Since x varies inversely with y, we can write the equation:

x = k/y

where k is a constant.

Given that x = 4 when y = 16, we can find the value of k:

4 = k/16

k = 64

Now, we can find the value of x when y = 8:

x = 64/8

x = 8

So, the correct answer is: 8

Explanation

(20 - X) / 5 = 4

Multiply both sides by 5:

20 - X = 20

Subtract 20 from both sides:

-X = 0

Multiply both sides by -1:

X = 0

So, the value of X is 0.

Explanation

The storage battery provides electrical energy through chemical reactions.

These reactions occur between the materials inside the battery.

It converting chemical energy into electrical energy.

Explanation

A measure of the ability of a material to resist the flow of an electric current is called resistivity.

It quantifies how strongly a material opposes electrical conduction.

Explanation

A vehicle's battery is charged due to the chemical reactions between the electrodes and electrolyte inside it, which generate electrical energy.

This chemical effect is fundamental to the battery's ability to store and supply electrical power.