The computation shows that the values of Δy and dy will be 0.572 and 0.4 respectively.
<h3>How to compute the values?</h3>
The value of Δy will be computed thus:
Δy = y(x + Δx) - y(x)
= y(1.1) - y(1)
= 0.5(1.1)⁸ - 0.5(1)⁸
= 0.572
The value of dy will be:
= y'(x)dx
= (0.5)⁸ × x⁷(0.1)
= 0.4 (1)⁷
= 0.4
Learn more about finding values on:
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First let's multiply the first equation by -5 and the second one by 3


And now let's add these two new equations.

We found y's value. Let's put it in one of the equations to find x.

<span>Solution : (-4, -1)
Good Luck !</span><span>
</span>
Answer:
57/100
Step-by-step explanation:
The answer is B Sometimes
The distance travelled before developing a flat tire illustrates multiplication of fractions
Horace rode a distance of
before having a flat tire
From the complete question, the length of the path is given as

The fraction of distance (d) traveled before having a flat tire is:

So, the distance (D) travelled is:

This gives

Rewrite as:


Hence, Horace rode a distance of 
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