1 inch = 1.578*10^-5 miles=> 1 mile = 1/(1.578*10^-5) inches
=> 1225 miles = 1225/(1.578*10^-5) inches
= 1225/1.578 * 10^5 inches
= 776 * 10^5 inches
= 7.76 * 10^7 inches.
Not too sure about the last part of the question but 1225 miles converted into inches in scientific notation is 7.7616*10^7 inches because 1225*1760*36 = 77,616,000 inches.
410
No. Fractals are geometric shapes which include high calculations. I'm not even able to do the first part of it.
Business arithmetic includes the computations and calculations that are normally used in the day-to-day operations of a company or other concern. It may include aspects of economics, bookkeeping, and algebra.
If you are referring to a number line: If it is between 1 and 3, then no you would not include 1 and 3... If the notation is [1,3] then 1 and 3 are included (both 1&3 would be closed circles on the # line) If the notation is (1,3) then 1 and 3 aren't included (1 & 3 would be open circles on the number line) If the notation is [1,3) 1 is included 3 is not (1 is a closed circle, 3 is an open circle on # line) If the notation is (1,3] 1 is not included, 3 is included (1 is open circle, 3 is closed circle on the # line)
The Answers community requested more information for this question. Please edit your question to include more context. There is no quotient in the question: only a 7-digit number.
410
The term is written as: 5000.0 After 3 zeroes, there is a decimal place. To convert 5000 into scientific notation, move 3 decimal places to the left and include the base 10 to ³ to get: 5.0 x 10³ This is how you do the conversion of the scientific notation.
387.Standard notation is our regular system of writing numbers. So, 387 is already in standard notation! Other kinds of notation include scientific notation and expanded notation.
0.000061 in Scientific Notation = 6.1 x 10-5
Scientific notation must include the numbers one to nine followed by a decimal point. Also, if the decimal is moved toward the left hand side, the number will become larger.
Scientific notation is used in numbers that are very large, or small- also if they include many zeroes. For example, they are used to show atomic values of distances/sizes of celestial beings. (the sun, stars, etc) Or, an electron's weight.
Scientific notation is used to express very large or very small numbers in a more concise and manageable format. It allows us to easily represent numbers using a base number multiplied by a power of ten. The parts of an expression in scientific notation include the coefficient (the base number), the base (always 10), and the exponent (the power to which the base is raised).
You use a scientific calculator, or a logarithm table. The actual calculations are rather involved, and include adding up an infinite converging series. Eventually the terms of the series become small enough so that you can ignore them, but it is still too involved to do it on a regular basis.You use a scientific calculator, or a logarithm table. The actual calculations are rather involved, and include adding up an infinite converging series. Eventually the terms of the series become small enough so that you can ignore them, but it is still too involved to do it on a regular basis.You use a scientific calculator, or a logarithm table. The actual calculations are rather involved, and include adding up an infinite converging series. Eventually the terms of the series become small enough so that you can ignore them, but it is still too involved to do it on a regular basis.You use a scientific calculator, or a logarithm table. The actual calculations are rather involved, and include adding up an infinite converging series. Eventually the terms of the series become small enough so that you can ignore them, but it is still too involved to do it on a regular basis.
FALSE
People who work with very large or very small numbers. Apart from all kinds of scientists, these would include economists, bankers.
Yes.
Scientific notation is the same in all branches of science, statistics, economics, etc. It is a way of representing very large and very small numbers - whatever the context in which they appear.