Answer:
Yes
Step-by-step explanation:
Yes it is possible to solve a quadratic equation that is not factorable over the set of integers.
The solution may vary like Integers, rationals, irrationals or complex solutions.
To find two roots of the equation we can always use the formula given below to solve a quadratic equation,
For the quadratic equation,
, we have,
If the discriminant is greater than 
, we get complex roots.
Answer:
Work out after explanation.
Step-by-step explanation:
Split into a trapezium and triangle so you know the height for the triangle. Then find out the area of the trapezium and triangle using their formula. Then add them together. That should be your answer.
The rate of change is 8/7
First, let's calculate how much money was deposited into his account.
33 × $348 = $11,484
Now, let's add that to his original amount of money in his account.
$11,484 + $1,618 = $<span>13,102
</span>
Next, let's calculate how much money was withdrawn from the account.
36 × $16 = $576
Now, you would subtract that from the account balance.
$13,102 - $576 = $<span>12,526
</span>
Then, you would add the deposit from his uncle to his account balance.
$12,526 + $261 = $<span>12,787
</span>
The last step would be to subtract the money for the bike.
$12,787 - $190 = $<span>12,597
</span>
Justin has $12,597 in his bank account.
I hope this helps! (Sorry to post this so late, my computer died before I could finish.)
1.
Answer C. (8)
2.
Answer C. [6x^(4/3)]
3.
Answer D. (the one with 36x²)
4.
Answer B. (2a^(2/3)b²)
5.
Answers C. and D.
