Mix Test 3...

The dimensions of a metallic cuboid are 100 cm \(\times\) 80 cm \(\times\) 64 cm. It is melted and recast into a cube.

Formula for finding value of cuboid is:

The dimensions of a metallic cuboid are 100 cm \(\times\) 80 cm \(\times\) 64 cm. It is melted and recast into a cube. 

In our context, volume of cuboid is:

The dimensions of a metallic cuboid are 100 cm \(\times\) 80 cm \(\times\) 64 cm. It is melted and recast into a cube.

Volume of the cube is:

The dimensions of a metallic cuboid are 100 cm \(\times\) 80 cm \(\times\) 64 cm. It is melted and recast into a cube. 

Surface area of the cube is:

If \(p^{th}\) term of an AP is q and its \(q^{th}\) term is p, then \((p + q)^{th}\) term is equals to

If \(\cos\theta\) = 0.6, then the value of \((5\sin\theta - 3\tan\theta)\) is

The length of a string between a kite and a point on the ground is 85 m. String makes an angle θ with the ground level such that tanθ = \(\frac{15}{8}\) . Assume that there is no slack in the string.

\(\cot \theta \) = ?