On average, the number of goals that a player will score for every additional hour of practice based on the regression is 4/5.
<h3>How to calculate the value?</h3>
It should bm be noted that based on the information given, the slope will be:
(y2 - y1)/(x2 - x1)
= (6 - 2)/(6.5 - 1.5)
= 4/5
Therefore, the number of goals that a player will score for every additional hour of practice is 4/ of a goal.
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Assume $1000 at 4.9% semi-annually = <span>$1,049.60
Assume $1000 at 4.8% daily = </span><span> $1,049.17
Let's try a bigger number $50'000 </span>4.9% semi-annually<span> $52,480.01
</span> $50,000 4.8% daily = <span> $52,458.37
It's a wash, the question is how long will you be investing, that might make a difference. I calculated 12 Millions over 6 years and bank A would be the better choice. Semi-annual compounded at 4.9%</span>
Answer:
Step-by-step explanation:
6 - 3(x + 1) = 18 ⇔ 3 - 3x = 18 ⇒ <em>x = 5</em>
y - 6 = 17 ⇒ <em>y = 23</em>
z - 3 = 4z ⇒ <em>z = - 1</em>
18 - 3(0) = 9w ⇒ <em>w = 2</em>
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I'm going to solve for you some another question you asked, I did not see the right answer... :)
There are two scenarios, because the expression under the module can be positive and can be negative: | 3x + 2| - 2 > 3 ⇔ | 3x + 2| > 5
<em>(1).</em> If <u><em>(3x + 2) is positive</em></u> then
3x + 2 > 5 ⇒ <em>x > 3</em>
<em>(2).</em> If <u><em>(3x + 2) is negative</em></u> then
- (3x + 2) > 5
- 3x - 2 > 5
- 3x > 7 ⇒ x < -
The final answer is <em>x < - 2.3 or x > 1</em>
Answer:
c. no real solutions
Step-by-step explanation:
because the x's will not be there