100 - cien(to) 200 doscientos 300 trescientos1-10 = uno/dos/tres/cuatro/cinco/seis/siete/ocho/nueve/diez
11-19 = once/doce/trece/catorce/quince/dieciseis/diecisiete/dieciocho/diecinueve
20-26 = veinte/veintiuno/veintidos/veintitres/veinticuatro/veinticinco/veintiseis
27-29 = veintisiete/veintiocho/veintinueve
30 - treinta 40 - cuarenta 50 - cincuenta 60 - sesenta 70 - setenta
80 - ochenta 90 noventa
31 - treinta y uno 42 - cuarenta y dos 53 - cincuenta y tres etc.,etc.
164 - ciento sesenta y cuatro 275 doscientos setenta y cinco etc., etc.
$100 to 300
100 + 100 + 100= 300 i luv u
3
Each 100 grams is 3.527 ounces .
1/100 of 300 = 300 / 100 = 3So 9/100 of 300 = 9 x 3 = 27
Seriously honestly I have no IDEA why I'm even answering . But the answer is 300. 300!
255 We need to find 85% of 300. 85% of 300 = (85/100) of 300. (85/100) of 300 = (85/100) * 300 ==> (0.85)*300 ==> 255 85 percent of 300 is 255.
200 + 100 = 300
To find how many numbers between 1 and 300 are divisible by 3 or 4, we can use the principle of inclusion-exclusion. The count of numbers divisible by 3 is ( \lfloor 300/3 \rfloor = 100 ), and those divisible by 4 is ( \lfloor 300/4 \rfloor = 75 ). The numbers divisible by both (i.e., by 12) are ( \lfloor 300/12 \rfloor = 25 ). Thus, the total count is ( 100 + 75 - 25 = 150 ). Therefore, there are 150 numbers between 1 and 300 that are divisible by either 3 or 4.
Depends on which model, and it's condition. Anywhere from $100 to $300 for "new in box" condition.
300% of 450 = 1350 = 300% * 450 = 300%/100% * 450 = 3 * 450 = 1350
100 x 300 = 30,000