<span>For example, to find two ratios that are equal to </span>1:7<span>, first write </span>1:7<span> as the fraction </span>1/7<span>. Next, multiply both the numerator and denominator of </span>1/7 by 2, to get2/14<span>, or </span>2:14<span>, and multiply the numerator and denominator of </span>1/7 by 3<span>, to get </span>3/21<span>, or </span>3:21<span>. So </span>2:14 and 3:21<span> are two ratios that are equal to </span>1:7<span>.
Hope this helped! :)</span>
Answer:
The integers 1, 2, 3, 4, 5, 6, 7, 8, and 9 are always significant.
Zeros in between numbers are always significant.
Step-by-step explanation:
There are three rules by which the number of significant figures can be determined:
- The digits which are other than the zero are said to be significant figures.
- Any zero which is present between two significant figure is said to be significant.
- The zero which appears in the right of the decimal portion in the end is significant. The zero which comes after the decimal is not significant.
Try searching it up on the enternet!!!!!!!!!!!!!!!!!!!!
The remainder theorem says that if
is a factor of a polynomial
, then the remainder upon dividing
is 0 so that there exists a lower degree polynomial
as the quotient:
Using the fact that
is a factor, you can find a quadratic
which is easy to factorize further.
Synthetic division yields
which can be factored further as
So,
The roots are then
.
Answer:
its open you never know tho
Step-by-step explanation:
