Question
Write the numeral whose expanded form is given below:
$6 \times 10^4+3 \times 10^3+0 \times 10^2+7 \times 10^1+8 \times 10^0$
$6 \times 10^4+3 \times 10^3+0 \times 10^2+7 \times 10^1+8 \times 10^0$
✓
Answer
$6 \times 10^4+3 \times 10^3+0 \times 10^2+7 \times 10^1+8 \times 10^0$
$=60000+3000+0+70+8$
$=63078$
$=60000+3000+0+70+8$
$=63078$
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
If $P$ is a point in the interior of $\triangle\text{ABC}$ then fill in the blanks with $>$ or $<$ or $=. PB + PC BC$ 
→Write the statement in the form of algebraic expressions and write whether it is monomial, binomial or trinomial Quotient of $x$ and $15$ multiplied by $x$
→Write the statement in the form of algebraic expressions and write whether it is monomial, binomial or trinomial:
Perimeter of an equilateral triangle of side x.
Perimeter of an equilateral triangle of side x.
In the given figure, name the following pairs of angles.
Adjacent complementary angles.
Adjacent complementary angles.
Find:
$\frac{3}{20}\text{ of }1020$
→$\frac{3}{20}\text{ of }1020$
Evaluate each of the following.
$(-31) \div[(-30)+(-1)]$
→$(-31) \div[(-30)+(-1)]$
Replace the blank with an integer to make a true statement:
________ × (-8) = (-56)
________ × (-8) = (-56)
Order of rotational symmetry of a rectangle is __________.
The weights of new born babies (in kg) in a hospital on a particular day are as follows: $2.3, 2.2, 2.1, 2.7, 2.6, 3.0, 2.5, 2.9, 2.8, 3.1, 2.5, 2.8, 2.7, 2.9, 2.4$ Determine the highest weight.
→Express the following numbers in standard form:
Number of stars in a galaxy $= 100000000000.$
→Number of stars in a galaxy $= 100000000000.$