<em><u>Hey!Here is ur answer:</u></em>
Danielle is wrong cause '<em><u>she has included a decimal'.</u></em>
U might doubt that zero is might not be an integer but it is a neutral integer.
<u><em>HOPE IT MAKES UR DAY BETTER!!</em></u>
Using a calculator, determine the value of √101 to four or five decimal places. Do the same with 10π. We get { 9.92749, 10.0500, 0.99853, 31.4159}.
Arranging these in descending order, we get {10π, √101, 9.92749, 0.99853}.
Answer:
The smallest zero is 
Step-by-step explanation:
The given function is
To find the zeros of this function, we equate it to zero.
Dividing through by 4 gives
We split the middle term to get;
Factor
Factor further to get;
The zeros are
The smallest zero is
It is 46.6666667% 7/15=0.466666667 put into a percent it's 46.6666667%
Answer:
B and C
Step-by-step explanation:
B - The purpose of LASSO is to shrink parameter estimates towards zero, lasso shrinkage causes the estimates of the non-zero coefficients to be biased towards zero.
C- Lasso shrinks more accurately than the ridge. In the case of multiple coefficients Lasso selects only some some features and reduces the coefficients of the others to zero. This is called feature selection and it's not a possible in the ridge.
