Answer:
A substitution of one base for another within the sequence. A base deletion near the start of a gene. A base deletion near the end of the coding sequence, but not in the terminator codon.
Explanation:
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Answers :
So here’s what I got
Betty, Michelle, Maria, Rose, Elizabeth? , Elise , Elle, Heather , Veronica
Well, from what I know, I believe that it does not. I don't see how it's possible, if y = 7, how does this relate to (0,1), I don't see how it's would be possible. My guess, it would impossible.
The advice that will be given in the purchase of crystal candlestick is to go to
Betty's Breakables if the price is above $25.00.
In this scenario, we were told that Betty's Breakables offers 40% discount,
while Annie Attic offers $10 discount.
<h3>Calculation</h3>
Let's assume the price is $25.00, the discount at Betty's Breakables will be
= 40/100 × $25.00
= $10.
At Annie Attic, he was offered a $10 discount which is the same. However
there will be more gain on the discount if the price is above $25.
Let's assume the price is $30 , the discount will be $12 at Betty's Breakables
which is more than that at Annie Attic in which the discount remains at $10.
It is therefore cheaper to go to Betty's Breakable if the price of the
candlestick is above $25.
Read more about the Factors that influence pricing at brainly.com/question/17552787
Answer possible answer that is correct is the first one, x = -4.
Explanation:
simplify the given inequality as much as possible, and then substitute each of the given x values one by one to determine which is in the solution set.
9(2x + 1) < 9x - 18 becomes 18x + 9 < 9x - 18, which, if reduced by dividing all four terms by 9, becomes 2x + 1 < x - 2.
Simplifying further, we get x < - 3. The only possible answer that is correct is the first one, x = -4. -4 < -3 is true.
my answer simplify the given inequality as much as possible, and then substitute each of the given x values one by one to determine which is in the solution set.
9(2x + 1) < 9x - 18 becomes 18x + 9 < 9x - 18, which, if reduced by dividing all four terms by 9, becomes 2x + 1 < x - 2.
Simplifying further, we get x < - 3. The only possible answer that is correct is the first one, x = -4. -4 < -3 is true.
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