This video tutorial provides a comprehensive guide to understanding engineering notation, focusing on the use of multiples of three for both large and small numbers. It explains the significance of units like kilo, mega, and giga, as well as milli, micro, and nano. The tutorial uses practical examples and a number line to help viewers grasp the concept. It also covers how to use calculators effectively for engineering notation and highlights common mistakes to avoid.

What is the primary focus of engineering notation?

• Expressing numbers in multiples of three

• Expressing numbers in multiples of ten

• Expressing numbers in multiples of five

• Expressing numbers in multiples of two

Which prefix is used to denote a thousand in engineering notation?

• Mega

• Giga

• Kilo

• Milli

What is the symbol for Mega in engineering notation?

• m

• M

• K

• G

What does the prefix 'Milli' represent in engineering notation?

• 10^-6

• 10^6

• 10^-3

• 10^3

Which of the following is the correct symbol for Micro?

• M

• m

• μ

• n

How would you express 30 milliamps in engineering notation?

• 30 x 10^3

• 30 x 10^-3

• 0.03

• 3 x 10^-2

What is the engineering notation for 1.2 gigabytes?

• 1.2 x 10^-9

• 1.2 x 10^9

• 1.2 x 10^6

• 1.2 x 10^-6

Which button on a calculator is used to raise a number to a power in engineering notation?

• Logarithm

• Times 10 to the X

• Square root

• Factorial

What is the difference between standard form and engineering notation?

• Standard form uses multiples of three, engineering uses ten

• Standard form uses multiples of ten, engineering uses three

• Standard form uses multiples of five, engineering uses three

• Standard form uses multiples of two, engineering uses three

How can you convert a number to engineering notation on a calculator?

• Press the logarithm button

• Press the square root button

• Press the Eng button

• Press the factorial button