The measure of the angle is odd. The sum of the 2 digits is 12. the tens digit is 2 greater than the ones digi
94104
u can do it by trial and error. ok the possible digits for ones are just 1,3,5,7,9 since the statement says it is an odd number. ok then try to add 2 and equate it to 12. if it is = that's is the answer. 7+5= 12. so and 7 is greater than 5 by 2. the answer is 75 degrees.
5316
If it were plus, instead of times, the answer would be 1.\nAs it is, I don't recognize it.  Perhaps my math is a bit rusty...
483597
All the digits used in writing the numbers from 1 to 1000?\nFor the units digit, you use: 100 1's, 100 2's, 100 3's, etc, 100 9's.  So this sum is 100×(1+2+3+4+5+6+7+8+9) = 4500.\nFor the tens digit, it is the same, you use 100 of each.  So this is another 4500.\nFor the hundreds digit, you use another 100 of each, so this is another 4500.\nFor the thousands digit, you use 1 once.\nSo the sum = 4500+4500+4500+1 = 13501
16547
Oddities like this are due to floating-point math, and are quite common, unfortunately.  The problem is that floating point numbers are stored in binary, and so they can only be an approximation of most numbers (like .1).  I bet if you do this calculation in Python or C, you'll get the same sort of answer.
316885
A pair of angles are supplementary if their respective measures sum to 180 degrees.\n\nYou would subtract an angle less than 180 to get it's supplement.
1139471
Yeah where's angle 1 and 2.\nBut remember the angle opposite the longest side has the greastest measurement.
762091
they are similar because they have '435' , they are lower than 1\nthey are dfferent from each other because : -453 is an negative integer , 0.453 is a positive real number
253047
ok i will tell u some easy method to do some two digit calculations\ni actually found them out but then later found out that some smarter guys had invented it all before\n\ncalculations with 11\n\n11*10=110\n11*11=121\n11*12=132\n\nu c it\nwrite the last digit of the no., then the sum of the digits & then the last digit\n\nbut the\n11*19=209\nlast digit 9\nsum=10\nso carry one\n1+1=2\n\nhope u got that\nthere are a lot more but iam lazy\nbut if u r interested just mail me
174489
I believe your expression is:\nsqrt(2+2-2+2*pi(30 digits))\n\nThis evaluates to: 2.878052346
675348
I agree with chapin4ever's answer.\nand the three digit number is the ASCII equivalent of the symbol.
450833
join the 2 pointz frm da arc vit da radius.measure out da value of da angle forned here.then substitute da values 4 this formula:  2*pie*radius/da angle u measured\n\nhappy solvin!
454426
i have a great logical reasoning for that.... here goes:\n1. there are two 2s, so you overlap them, making just one two. \n2. take the plus sign out for a second.\n2 1/2. the plus sign consists of 2 sticks, one horizantal and one vertical. \n3. the vertical came become a one and place it on the left of the 2. ( it makes 12)\n4. the other horizantal line can be used as a minus sign. \n5. Now, in the equal sign, it consists of two lines, both horizantal. \n5 1/2. if you leave one, and make the other diagonal, and attach in together, it makes a seven. \n6. so.. so far, it's is like this: 12-7=?\n7. ultimately, the answers five\nso there you have it, it sounds a little weird and strange, but it's really impossible to have a logical reasoning for 2+2=5... hehe
668533
There are 3 pairs:\n\n1. 0 and 0\n2. 2 and 2\n3. 9 and 9\n\nThere won't be any more as the number values get larger. This is because when the no.s are multiplied, there would be more digits than when the no.s are added. So they can't be opposite if they have diff. no. of digits.
732912
Let one leg be x\nother leg = 26-x-12 = 14-x (becuase sum of sides 12,x and rest = 16)\nbecause it is right angled triangle\n\nx^2+(14-x)^2 = 12^2\nx^2+196+x^2 - 28 x = 144\nor 2x^2-28x + 196-144 =0\n\nor 2x^2-28x + 52 =0\nor x^2-14x+26=0\n(x-7)^2 -23 =0\nx= 7 +/- sqrt(23)\nso the 2 sides are 7+ sqrt(23) and 7- sqrt(23)\n= 7+4.795 and 7- 4.795\n= 11.80 and 2.20 (2 decimal places)
932014
The measure of the exterior angle of a triangle must be greater than the measure of either non-adjacent interior angle.\n\nThis is because the measures of the exterior angle and its adjacent interior angle must add up to 180 since they are a linear pair.  But the measures of the two non-adjacent interior angles must also add with the adjacent one to get 180 since the measures of the 3 angles of a triangle add up to 180.\n\nSo the exterior angle's measure equals the sum of the two non-adjacent interior angles, and therefore must be bigger than either one of them.\n\nGood luck, hope that helps.
779807
Yiu would first decide how many decimal places you are going to consider.  The usual is 3.  Then work it from there...;
809847
It's a number that, if you multiply 1 by it, then the result of that operation by it , then the result of _that_ operation by it gives you -4. \n\nSo in polar form it's got an angle of +pi/3 -pi/3 or pi.  It's magnitude is 2*sqrt(2). \n\nyour solutions are [2*sqrt(2)*cos(pi/3)\n+i*sin(pi/3)] , same again but with -i*sin , -2*sqrt(2)  where * is multiplication.\n\ndraw them \n\nI have no idea what standard form is, sorry.\n\nand I've just been back in and fixed a typo - I originally said pi/2 which is just stupid - sorry. If its at an angle of pi after the first multiplication then its 2pi after the second and at 3pi = pi again at the third. As far as the pi/3 angles are concerned, the second mutiplication takes them to -/+ 2pi/3  angles and the third to 3pi/3 again