If the sides are 10cm, 17cm and 21cm, the three angles are approx 28, 53 and 99 degrees. It is an obtuse angled triangle.
Any amount that is equal to or less than $.99.
The number 1099 - that is, 1 followed by 99 zeroes, is called a Duotrigintillion in US and modern British usage, and a thousand sexdecillion in archaic British usage.
-21
I assume you mean the fraction for -1.414141... -1.414141... = -141/99 = -140/99 -1.414141... = -1 + -0.414141... So to solve the fractional bit -0.414141.... let x be the fraction for the decimal; then: x = -0.414141.... multiply both sides by 100: 100x = -41.414141.... Subtract the first from the second: 100x - x = -41.414141... - -0.414141.... ⇒ 99x = -41 ⇒ x = -41/99 which has solved the fractional bit, now the whole is: -1.414141... = -1 + -0.414141.... = -1 + -41/99 = -141/99
ninetyanlamenteisfallernamnine is a 99 sided shape
a nonadecanonagon
It's quite acceptable to call it a 99-agon but what's more important is knowing how to work out its properties.
nonoetregon
ennacontkaienneagon, or a ennacontenneagon
0.96 repeating can be represented as a fraction by multiplying both sides of the decimal by 100. This gives us 96.96 repeating. We can subtract the original decimal from the new one to get 99. Multiply both sides of this equation by 1/99 and simplify to get the fraction 96/99.
Suppose the number is x, then 2x = 99 - 7x Adding 7x to both sides, 9x = 99 divide both sides by 9: x = 11
It is a 99-sided 2-dimensional shape (polygon).
99 is called as 'NINYANVE' in hindi. It is the number one less than 100.
No. The sum of even numbers - however many of them there are - must be even.
(6 + y)/ 5= 21 Multiply both sides by 5: 6 + y = 105 Subtract 6 from both sides: y = 99
3x+5=32Subtract 5 from both sides to get 3x=27Divide both sides by 3 to get x=99 is your answer