1 |
√2+√3 is not radical, because 2 +√3 is |
radical
rational
integer
irrational
|
2 |
In the logarithm of number the decimal part is called |
mantissa
characteristic
rational number
real part
|
3 |
According to law of power of power (x3)4 we can simplify.  |
x12
x3
x4
x4+3
|
4 |
√√2 = ? |
2<sup>2</sup>
2
2<sup>1/2</sup>
2<sup>1/4</sup>
|
5 |
The logarithm calculate to the base '10' is called |
mantissa 
common logarithm 
characteristic 
natural number 
|
6 |
The mantissa is always taken as |
positive (+)
negative (-)
±
≠
|
7 |
0.0000281 can write in scientific notation |
2.81 x 10-5
28.1 x 10-5
0.00281 x 10-3 
0.281 x 10-5
|
8 |
We can write 1/10000 in scientific notation as |
1 x 104
1 x 10-4
1 x101/4
1 x 10-1/4
|
9 |
X3 x Y4 x X-2 x Y-2 we can simplify as |
xy2
x3 y
x y2
x2 y
|
10 |
As per Law of sum of powers, we write am x an as |
am-n
am+n
a1/m-1/n
a 1/m+1/n
|
11 |
1/b√ak is expressed in exponential form as |
a-1/b
a-b/k
a-1/k
a-k/b
|
12 |
In 45,4 is called |
base 
exponent 
integer 
radical 
|
13 |
In√3, 3 is called |
radical
radicand
integer
natural number
|
14 |
√3 is called: |
radical
radicand
rational number
integer
|
15 |
√3 is considered a /an |
rational number
irrational number
complex number
integer
|