Question
Express the following rational numbers as decimals: $\frac{42}{100}$

Answer

Given rational number is $\frac{42}{100}$ Now we have to express this rational number into decimal form. We will use long division method as below. Hence, $\frac{42}{100}=0.42$

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Similar questions

In the given figure, $AB \| CD$ and $\text{EF}\perp\text{AB}.$ If EG is the transversal such that $\angle\text{GED}=130^\circ,$ find $\angle\text{EGF}.$
The mean weight of a class of $36$ students is $41kg$. If one of the students leaves the class then the mean is decreased by $200g.$ Find the weight of the student who left.
Find the following products:
$\Big(\frac{2}{\text{x}}+3\text{x}\Big)\Big(\frac{4}{\text{x}^2}+9\text{x}^2-6\Big)$
A team of $10$ interns and $1$ professor from zoological department visited a forest, where they set up a conical tent for their accommodation. There they perform activities like planting saplings, yoga, cleaning lakes, testing the water for contaminants and pollutant levels and desilt the lake bed and also using the silt to strengthen bunds. Find the radius and height of the tent if the base area of tent is $154 \ cm^2$ and curved surface area of the tent is $396 \ cm ^2$.
Write two solutions of the form $x=0, y=a$ and $x=b, y=0:-4 x+3 y=12$
On her birthday Reema distributed chocolates in an orphanage. The total number of chocolates she distributed is given by $\big(5+\sqrt{11}\big)\big(5-\sqrt{11}\big).$
$i.$ Find the number of chocolates distributed by her.
$ii. $Write the moral values depicted here by Reema.
Write the following in decimal form and say what kind of decimal expansion has. $\frac{3}{11}$
Find the measure of an angle which is: Equal to its supplement.
The sum of a two digit number and the number obtained by reversing the order of its digits is $121$. lf units and ten's digit of the number are $x$ ard $y$ respectively, then write the linear equation representing the above statement.
Factorise:
$x^2-26 x+133$