Question
Draw the front, side and top view of the given shapes. 
✓
Answer
On the basis of properties and features of front view, top view and side view, we can draw all the three views of the given figures as: 
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Similar questions
Express the following numbers in standard form:$4 ÷ 100000$
→Write the greatest common factor in each of the following terms.
$ 3 x^3 y^2 z,-6 x y^3 z^2, 12 x^2 y z^3 $
→$ 3 x^3 y^2 z,-6 x y^3 z^2, 12 x^2 y z^3 $
Divide $4\text{z}^3+6\text{z}^3+6\text{z}^2-\text{z}\text{ by }-\frac{1}{2}\text{z}.$
→$\underline{\ \ \ \ \ \ 8\ \ \ \ \ 5\\\text{+}\ \ 4\ \ \ \ \ \text{A}\ }\\\underline{\ \ \ \ \text{B}\text{C}\ \ \ 3\ }$
→The top speeds of thirty different land animals have been organised into a frequency table. Draw a histogram for the given data.
→|
Maximum Speed (km/h)
|
Frequency
|
|
$10-20$
|
$5$
|
|
$20-30$
|
$5$ |
|
$30-40$
|
$10$
|
|
$40-50$
|
$8$
|
|
$50-60$
|
$0$
|
|
$60-70$
|
$2$
|
Factorise: $ (2 a+3 b)^2-16 c^2$
→Use isometric dot paper to draw each figure.A rectangular prism with length $4$ units, width $2$ units and height $2$ units.
→Expand the following, using suitable identities.$\Big(\frac{4}{5}\text{a}+\frac{5}{4}\text{b}\Big)^2$
→Find the sum of additive inverse and multiplicative inverse of $7$.
→Simplify:
$\left(s^2 \mathrm{t}+\mathrm{tq}^2\right)^2-(2 \mathrm{stq})^2$
→$\left(s^2 \mathrm{t}+\mathrm{tq}^2\right)^2-(2 \mathrm{stq})^2$