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Mike was playing with a torchlight and he projected a rectangular obje..
Mike was playing with a torchlight and he projected a rectangular object of length 4 inches and width 3 inches on a screen. If the length of the object on the screen is 16 inches, then find the width of the object on the screen. => 11 inches or 14 inches or 1..
Name the solid figure that best describes the shape of the object.
Name the solid figure that best describes the shape of the object. => rectangular prism or sphere or cube or cone..
Name the solid figure that best describes the shape of the object.
Name the solid figure that best describes the shape of the object. => cube or rectangular prism or cone or sphere..
Identify the solid that the object looks like.
Identify the solid that the object looks like. => cone or cube or sphere or rectangular prism..
The shape of the object shown resembles a _____________.
The shape of the object shown resembles a _____________. => cylinder or rectangular prism or cone or cube..
Name the solid figure that best describes the shape of the object.
Name the solid figure that best describes the shape of the object. => cone or cube or rectangular prism or sphere..
Identify the components that are needed to make the complex solid obje..
Identify the components that are needed to make the complex solid object shown in the figure. => cylinder and square pyramid or rectangular prism and rectangular pyramid or cylinder and triangular prism or rectangular prism and cone..
GEOMETRY
Complementary/supplementary angles Properties of 2-d and 3-d figures Rectangular coordinate system Reflections/translations on a coordinate plane Sketching and modeling Regular/irregular geometric shapes Regular/irregular geometric shapes Geometric concepts Tessellations Proper..
The following table gives the position of the centre of mass of some symmetrical bodies
Object Position of the centre of mass Uniform hollow sphere Centre of the sphere Uniform solid sphere Centre of the sphere Uniform circular ring Centre of the ring Uniform circular disc Centre of the disc Uniform rod Centre of the rod A plane..
Case of Uniform Velocity
The same formulae can be generalised for uniform motion in two dimensions in the following way These formulae are applicable only to a point object moving uniformly in a straight line in the given plane. Similarly, for uniform velocity, where v x and v y are the rectangular comp..
The same formulae can be generalised for uniform motion in two dimensions in the following way These formulae are applicable only to a point object moving uniformly in a straight line in the given plane. Similarly, for uniform velocity, where v x and v y are the rectangular comp..See what our Users say :
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