By OnlineEdumath   |  12th August, 2024
Calculating area inscribed yellow rectangle. tana = 20/15 a = atan(4/3) b = 90+a b = (90+atan(4/3))° (20/sin(90+atan(4/3))) = (15/sinc) c = 26.7436839504° d = 180-(90+atan(4/3))-26.7...
By OnlineEdumath   |  12th August, 2024
1. The Right-angled Triangle. Calculating length x. a = 9+6 a = 15 cm. a is the height of the ascribed right-angled triangle. 17 cm is the hypotenuse of the ascribed right-angled triangl...
By OnlineEdumath   |  11th August, 2024
Let the radius of the quarter circle be a. b = 2a units. c = 4+5 c = 9 units. It implies; 3²+9² = (2a)² 4a² = 90 a² = ½(45) a = ½(3√(10)) units. a = 4.7434164903 units. Again, a i...
By OnlineEdumath   |  11th August, 2024
Let a be the radius of the circle. tanb = (0.5a)/a b = atan(0.5)° cos(atan(0.5)) = c/6 c = 5.366563146 units. sin(atan(0.5)) = d/6 d = 2.683281573 units. cosatan(0.5) = 3/a a = 3.35...
By OnlineEdumath   |  10th August, 2024
Calculating r, radius of the quarter circle  Notice. AE = DE = 1 unit. CE = 6+1 CE = 7 units. AC = √(2r²)  AC = √(2)r units. It implies; (√(2)r)² = 7²+1² 2r² = 50 r = √(25) r...
By OnlineEdumath   |  10th August, 2024
Calculating R, radius of the inscribed circle. a² = 2*3² a = 3√(2) units. a is the diagonal of the square. b² = 2R² b = √(2)R units. c = a-b c = (3√(2)-√(2)R) units. It implies;...
By OnlineEdumath   |  10th August, 2024
The single side length of the square, ABCD is; 2√(5) cm Area Blue is; Area square with length 2√(5) cm - area triangle with height 2√(5) cm and base √(5) cm - area triangle with height 4cm...
By OnlineEdumath   |  9th August, 2024
Calculating x, side length of the regular heptagon. (1/a)+(1/b) = ⅓ 3a+3b = ab ab-3a = 3b a(b-3) = 3b a = 3b/(b-3) --- (1). c = ⅐*180(7-2) c = ⅐(900)° c is the single interior angle of the...
By OnlineEdumath   |  9th August, 2024
Let a be the side length of the square. b = (a-3) m. c = (a-5) m. It implies; 10² = (a-3)²+(a-5)² 100 = a²-6a+9+a²-10a+25 2a²-16a+34-100 = 0 2a²-16a-66 = 0 a²-8a-33 = 0 a²-11a+3a-3...
By OnlineEdumath   |  9th August, 2024
a² = 64 a = 8 m. a is the side length of the square. Calculating radius of the circle. b = ½(8+c) m. b is the radius of the circle. d = ½(8-c) m. Therefore; (½(8+c))² = (½(8-c))²+...
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