The expansion of Magadha started during the reign of king _________.​

Explanation:

Yes, because he was lol like you....

You did'nt rote the lesson name, how I or others will understand you lol boy. Go read lesson and come back

Answer:

1. sol. 1344.
2. sol. 1579
3. sol. 9876
4. sol. 2341
5. sol. 1543

Step-by-step explanation:

plzzz mark ME as brainalist plzzzz

The given problem is solved in QBASIC.

CLS

INPUT "Enter first character:"; A$

INPUT "Enter second character:"; B$

INPUT "Enter third character:"; C$

SUM = ASC(A$) + ASC(B$) + ASC(C$)

PRINT "Sum:"; SUM

SUM = SUM / 3

PRINT "Average:"; SUM

END

1. Line 1: Clears the screen.
2. Line 2-4: Accepts three characters from the screen. When we want to input characters/string, we have to give a dollar ($) sign after the variable name.
3. Line 5: Using ASC() function, sum of the ASCII values is calculated.
4. Line 6: The Sum is then displayed on the screen.
5. Line 7: The sum is divided by 3 to get the average.
6. Line 8: The average of ASCII value is displayed on the screen.
7. Line 9: End of program.

Refer to attachment for output.

Answer:

what is the meaning of although I am in the correct answer of what is the correct answer of although I am not able to kya hai yrr is the correct answer of what you have a good morning or aap sab kaise hain kya hua tha isliye se bhi bolo na hai kya

Answer:

Conical shaped cells in retina of human eye respond to the colour of light. Similarly, rod shaped cells of retina respond to the intensity of the light.

As the conical cell responds to the color of the object, the rod-like cell responds to the intensity of light.

• The human retina has conical-shaped cells that react to the color of light.
• Within the retina, rod-shaped cells respond to light intensity similarly.
• There are two varieties of light-sensitive cells in the retina of the eye. Rods and cones are photosensitive cells.
• Rods are present in the periphery of the retina. The inner 'part of the retina' contains cones.
• The 'rods' are accountable for decisive 'light intensity' and 'light intensity with less intensity.'
• The cones are liable for detecting each high-intensity light and therefore the color of the light.