Answer:
there are only 4 whole numbers whose squares and cubes have the same number of digits.
Explanations:
let 0, 1, 2 and 4∈W (where W is a whole number), then
, 
,
, 
,
, 
,
, 
.
You can see from the above that only four whole numbers are there whose squares and cubes have the same number of digits
The bar should be x, which is 14+17.
The bar should have 14 pieces at one side,
And 17 at the other.
In total, it should be x, or 31
Answer:
hvhhjnblnj. hlvb/ljb/u'n
Step-by-step explanation:
The coefficient is 3 because it kinda like DeFiNeS the variable.
The degree of this polynomial is 3, so it has to have 3 roots or 3 zeros.
If it has one non-repeated x-intercept, that means that this polynomial has ine real zero.
So, it needs 2 more, and this 2 are complex zero.
Correct answer is B. One real and 2 complex zeroes.
