By OnlineEdumath   |  28th September, 2025
“Hello! As a valued supporter of our cause, we kindly, nicely ask for your donation/contribution/support/assistance financially to help us purchase subscription plan to keep our website active as w...
By OnlineEdumath   |  28th September, 2025
Sir Mike Ambrose is the author of the question. Calculating Blue Area Exactly. Calculating Area Brown. a = (180(12-2))/12 a = 1800/12 a = 300/2 a = 150° a is the single interior angle of...
By OnlineEdumath   |  28th September, 2025
Calculating Area Square. Let x be the side length of the square. a²+x² = 13² a = √(169-x²) cm  b = x-a b = (x-√(169-x²)) cm. c² = 2x² c = √(2)x c is the diagonal of the square. C...
By OnlineEdumath   |  28th September, 2025
Calculating Area Shaded. a = (x+6) cm. a is the radius of the ascribed circle. b = a-8 b = (x+6)-8 b = (x-2) cm. c = b+a c = (x-2)+(x+6) c = (2x+4) cm. c is the diameter of the inscr...
By OnlineEdumath   |  27th September, 2025
Sir Mike Ambrose is the author of the question. Let the side length of the square be 10 units. Area square is; 10² = 100 square units. Therefore; Area R is; Area semi circle with...
By OnlineEdumath   |  27th September, 2025
Calculating Area Blue. a = √(9)  a = 3 units. a is the side length of the big square. b = √(16) b = 4 units. b is the side length of the bigger square. It implies; ½*3*4sinx = 3 12...
By OnlineEdumath   |  27th September, 2025
x/y = golden ratio (½(1+√(5)). Therefore, the prove. Let the side length of the regular pentagon be 1 unit. a = ⅕*180(5-2) a = 108° a is the single interior angle of the regular pentagon....
By OnlineEdumath   |  27th September, 2025
Sir Mike Ambrose is the author of the question.  Calculating Red Area ÷ Area ABCD Exactly. Let the side length of the regular dodecagon be 1 unit.   Therefore; The side length square ABCD...
By OnlineEdumath   |  26th September, 2025
Calculating red area, area regular hexagon. Let x be the side length of the red regular hexagon. a² = 2x²-2x²cos120 a² = 3x² a = √(3)x units. b²+3² = x² b = √(x²-9) units. sinc = √(x...
By OnlineEdumath   |  26th September, 2025
Calculating the radius of the ascribed half circle. Let r be the radius of the semi circle. Therefore; A right-angled triangle with hypotenuse 6 units, and adjacent height and base, (r-7)...
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