61400000
Split the number into blocks of three digits each from the right hand end (the last bock on the left may have less than three digits in it).Read each block of three digits from the left hand end in terms of hundreds-tens-units and follow it by the appropriate multiplier ([none], "thousand", "million", etc)423090709000 -> 423 090 709 000Using the short scale, the multipliers (from the right hand end) are [none], "thousand", "million", "billion", "trillion", etc, so the number is:Four hundred and twenty three billion, ninety million, seven hundred and nine thousand.Using the long scale, the multipliers are [none], "thousand", "million", "thousand million" (or "milliard"), "billion", etc, so the number is:Four hundred and twenty three thousand million, ninety million, seven hundred and nine thousand.
Not even once. The length of a U.S. dollar is 15.6 centimeters. Laid end to end a million dollar bills would stretch for 156 kilometers or about 97 miles.
1 million = 1,000,000 → 17914351 = 17914351 ÷ 1,000,000 million = 17.914351 million To the nearest tenth of a million this is rounded using the hundredth of a million to decide whether to round up or down. The hundredth of a million digit is 1, so sound down → 17.914351 million → 17.9 million to the nearest tenth of a million → 17.9 million = 17.9 × 1,000,000 = 17,900,000 Alternatively: Tenth of a million = 1/10 × 1,000,000 = 100,000 → Rounding to the nearest tenth of a million is rounding to the nearest 100,000 (hundred thousand) The hundred thousand digit is the 6th digit from the right hand end (of a whole number), so the ten thousand digit (the 5th digit from the right hand end) is the deciding digit. Round the 6th digit based on the 5th digit and then replace all the digits to the right of the 6th digit by zeros. The 5th from the end is '1', so round down → 17914351 → 17900000 to the nearest tenth of a million.
If you see a amount that is expressed in thousands, you add three zeros on to the end of the number. 150 million would be 150 billion. If you are asking how to express 150 million in thousands it would be 150,000.
30 straws costing 45 cents
20 million 1-nanometer objects, arranged end-to-end,would form a line 2 centimeters long.
A million dollars laid out from end to end would be 96.91 miles long. That would also be 155.96 kilometers.
To make a cantilever using straws, you can tape several straws together end-to-end to create a longer beam. Secure one end of the beam to a sturdy surface as the fixed support, and let the other end overhang freely, acting as the cantilever. You can test the strength of the cantilever by adding weights to the overhanging end and observing how much weight it can support before bending or breaking.
61400000
3000
i find it really dumb that answers is just basically a comment section answers! >:(
It depends on the length of the straw. I would go get a straw, measure it with a ruler, and multiply that by 1,000,000. So if the straw was 4 inches, it would be 4,000,000. You could also google .... length average "drinking straw".... without the quotes.
Since you didn't state the straws have to be the same length... Cut four straws of length 1 unit, and four at 1.5 units. the four longer ones lie end-to-end in two pairs, and the shorter ones lie perpendicular between those to form the uprights.
Microtubules are long, cylindrical structures made up of tubulin protein subunits. They are arranged in a polarized fashion with one end called the "plus end" and the other end called the "minus end". Microtubules can organize into various configurations within cells, such as forming a radial array around the centrosome or serving as tracks for intracellular transport.
The formula of the stearate anion is C18H35O2-, where the 18 carbon atoms are arranged in a long chain with a carboxylate group at one end.
A single note of United states currency is 6.14 inches long. One million notes would stretch 614,000 inches, or nearly 10 miles.