Question
Multiply: $3\frac{4}{15}\text{ by }{24}$
✓
Answer
We have, $3\frac{4}{15}\text{ by }{24}$ $=\frac{49}{15}\times24$ $=\frac{1176}{24}$ $=78\frac{2}{5}$
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
Which of the following are positive rational numbers$?$
$i. \frac{3}{-5}$
$ii. \frac{-11}{15}$
$iii. \frac{-5}{-8}$
$iv. \frac{37}{53}$
$v. \frac{0}{3}$
$vi. 8$
→$i. \frac{3}{-5}$
$ii. \frac{-11}{15}$
$iii. \frac{-5}{-8}$
$iv. \frac{37}{53}$
$v. \frac{0}{3}$
$vi. 8$
Find the perimeter of the rectangle whose length is 40 cm and a diagonal is 41 cm.
A student when asked to measure two exterior angles of $\triangle A B C$ observed that the exterior angles at $A$ and $B$ are of $103^{\circ}$ and $74^{\circ}$ respectively. Is this possible? Why or why not?
→Compare the following number: $2.7 \times 10^{12}$ ; $1.5 \times 10^8$
→What percentage is: $Rs. 15$ of $Rs. 120?$
→Write the six elements (l.e. the 3 sides and the 3 angles) of $\triangle A B C$.
→Can you think of a triangle in which two altitudes of the triangle are two of its sides?
In Figure, $\triangle\text{ABC}$ is isosceles with $\ce{AB = AC, D}$ is the mid$-$point of base $BC$.
$i.$ Is $\triangle\text{ADB}\cong\triangle\text{ADC}?$
$ii.$ State the three pairs of matching parts you use to arrive at your answer.
→$i.$ Is $\triangle\text{ADB}\cong\triangle\text{ADC}?$
$ii.$ State the three pairs of matching parts you use to arrive at your answer.
An elevator descends into a mine shaft at the rate of 6 m/min. If the descent start from 10 m above the ground level, how long will it take to reach -350 m?
Which of the following shapes have rotational symmetry about the marked point?
