(bc)2
b to the fourth power
0 squared is 0. Zero times zero equals zero.
pi times the radius squared pi r squared
4x4=16 or 2^4=16
cm squared
the answer is w squared
If you're talking about a rectangle, it's L times W. For the area of a circle, it's r squared times pi.
36 squared times 24 squared is equal to 746,496.
A spinning skater posses a certain amount of rotational kinetic energy. kinetic energy is generally considered the energy of motion. For a spinning object (the skater) the energy is given by the equation KE = 1/2 time the rotational moment of inertia, times the square of the rotational speed. The rotational moment of inertia is given as I = the mass of the object times the square of the object's radius. When the skater is spinning with arms outstretched, the "radius is some value, r out. As the skater pulls arms in, the "radius decreases. However, the rotational energy remains constant, so the rotational speed has to go up. Mathematically, the equations are KE = 1/2 Ir x w squared, where w is the rotational speed. Because the kinetic energy is constant, the equations become 1/2 mrout squared x wout squared =1/2 m r in squared x w in squared. the factor 1/2 and the mass m cancel, so the governing equation becomes r out squared x w out squared = r in squared x w in squared, or, simplifying, r out w out = r in w in. Solving for w in, w in = (r out w out)/r in. As r in decreases, w in increases.
Six less than a number w squared is written algebraically as w2 - 6
(w + 2)(w - 7)
To determine the surface area of a period (right rectangular), there is a unique formula. It is lw+l to the square root of w/2 squared + h squared + w square root of (l/2) squared + h squared. L=Length, W=Width, H=Height.
Since w^3 is a multiple of w^2, it is automatically the LCM.
(3y2)4*3y2*3y2*3y2*3y2 = 38*y16 = 6561y16
yes
1,350 cm squared To find the area of a rectangle you just use the equation l x w = area squared (length times width = area squared). So you would just multiply 45 and 30