If the surface area is 30 m2 and the height is 2 m, then the volume is 12.369 m3
Area of a trangle = 1/2(base*height) height or altitude = 2*(60/20) = 6 m
Base * Height / 2 = Area18*20/2=A360/2=A180=AThe area of the triangle is 180 m2.
40 m^2
Area of a triangle = 1/2 * base * height = 1/2*3*5 = 7.5 square metres.
If the surface area is 30 m2 and the height is 2 m, then the volume is 12.369 m3
5' 1 1/2"
It all depends on the weight in kilograms and height in metres. Weight (KG) / (Height (M) * Height (M)) To Simplify, Square your height first (Height (M)) x 2 = Answer Then Divide your weight, by your height Weight (KG) / (Height Answer) [The answer from the previous step]
52.36m3
5' 2" (1.57 m)
Area of a trangle = 1/2(base*height) height or altitude = 2*(60/20) = 6 m
The formula to calculate gravitational potential energy (GPE) is GPE = mgh, where m is the mass of the object (2 kg in this case), g is the acceleration due to gravity (9.8 m/s^2), and h is the height of the table (m in this case). Plug in the values and calculate the GPE.
Base * Height / 2 = Area18*20/2=A360/2=A180=AThe area of the triangle is 180 m2.
The height of Petronas Tower 1 in Malaysia is 452 m.
v = vo + at 0 = 7.5 m/s -(9.8 m/s^2)t (9.8m/s^2)t = 7.5m/s (divide both sides by 9.8 to solve for t) t = 0.765 s max height = vot = 1/2at^2 max height = (7.5 m/s)(0.765 s) - (4.9m/s^2)(0.585s^2) max height = 5.74 m - 2.87 m max height = 2.87 m 2.87 + 1.38 = 4.25 m (you are adding the height above the ground here) 4.25 m is higher than the height of the castle wall (3.62 m) therefore the rock will reach the top of the wall.
40 m^2
Height. 5' 8½" (1.74 m).