Question
The three steps from solids to points are:
✓
Answer
- Solids - surfaces - lines - points.
Solution:
In each step, we lose one dimension. solid-3 dimension. surface-2 dimension. lines-1 dimension. point - has no dimension.
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
In the given figure, side $BC$ of $\triangle\text{ABC}$ has been produced to a point $D$. If $\angle\text{A}=3\text{y}^\circ \angle\text{B}=\text{x}^\circ, \ \angle\text{C}=5\text{y}^\circ$ and $\angle\text{CBD}=7\text{y}^\circ.$ Then, the value of $x$ is:
→It is known that if a + b = 4 then 2(a + b) = 8. The Euclid’s axiom that illustrates this statement is:
If $\bar{\text{x}}$ is the mean of $x_1, x_2, x_3, ..., x_n$ then $\sum\limits_{\text{i}=1}^\text{n}(\text{x}_\text{i}-\bar{\text{x}})=$?
→Which of the following is a polynomial?
The largest sphere is cut off from a cube of side 6cm. The volume of the sphere will be:
→- $27\pi\ \text{cm}^2$
- $36\pi\ \text{cm}^3$
- $108\pi\ \text{cm}^3$
- $12\pi\ \text{cm}^3$
Write the correct answer in the following: The value of $249^2 - 248^2$ is.
→Mode is:
A point is at a distance of 3 units from the x-axis and 7 units from the y-axis. Which of the following may be the co-ordinates of the point?
If $(16)^{2x+3} = (64)^{x+3},$ then $4^{2x-2} =$
→→