The Common Difference Of The Arithetic Sequence Whose 8th Term Is 10 And 12th Term Is 22

The common difference of the arithetic sequence whose 8th term is 10 and 12th term is 22

 

Answer: tue common difference is 3

Step-by-step explanation:

Solution on the pic below


Comments

Post a Comment

Popular posts from this blog

What Is The Meaning Of Politics

What is the meaning of politics   The word "politics" comes from the Greek word " polis " meaning "city-state." In the ancient world, city-states are small countries considered to be centers of culture and civilization where people interact under a unified Government. Its politics which transpires in the polis . Consequently, the origin of the word suggests that politics is a term that encompasses all human activities that transpires within the city-state. As it is applied now, it denotes everything that transpires in the state as well as among states. Politics is the science of government . As a science, it is a comprehensive (mostly practical) body of knowledge dealing with government and regulation, maintenance and development, and the state s protection and increase . It also addresses the protection of its citizens rights, the safeguarding and enhancing of morals, and the harmony and peace of human relations. For more information, please visi...
Read more

A Gas Collected When The Pressure Is 1.5 Atmosphere Has A Volume Of 2.300ml. How Much Volume Will It Occupy With A Pressure Of 1.7 Atmosphere At Const

A Gas collected When The Pressure is 1.5 Atmosphere has a volume of 2.300ml. How Much volume will it occupy with a pressure of 1.7 atmosphere at constant temperature?   Good Day Problem: A Gas collected When The Pressure is 1.5 Atmosphere has a volume of 2.300ml. How Much volume will it occupy with a pressure of 1.7 atmosphere at constant temperature? Given Data: V₁ (initial volume) = 2.3 ml P₁ (initial pressure) = 1.5 atm V₂ (Final volume) = ? unknown P₂ (final pressure) = 1.7 atm Solution: This problem can be solve using Boyles Law formula which is P₁V₁ = P₂V₂ To solve for V₂,  we can use the formula V₂ = P₁V₁ / P₂ V₂ = P₁V₁ / P₂     = 1.5 atm × 2.3 ml /  1.7 atm   (cancel the unit atm)     = 3.45 ml / 1.7     = 2.03 ml Answer: The final volume is 2.03 ml
Read more