Pq is parallel to rs the length of rp is 6cm
1 answer:
You might be interested in
We have the representation of this problem in the figure below. As we have a 10.3 mile race, then the equation is fulfilled as:
We know that there is <span>a water station that is twice as far from the starting line as from the finish line, then:
</span>
So:
∴
and
<span>Finally, the distance of the runner from the finish line is:
</span>
We know that there is <span>a water station that is twice as far from the starting line as from the finish line, then:
</span>
So:
∴
and
<span>Finally, the distance of the runner from the finish line is:
</span>
First four terms are 7, -13, 67, -253
<em><u>Solution:</u></em>
Given that,
<em><u>The formula to find nth term is given as:</u></em>
We can find the first four terms by substituting n = 2, 3, 4
<em><u>First term:</u></em>
f(1) = 7
<em><u>Second term:</u></em>
Substitute n = 2
<em><u>Third term:</u></em>
Substitute n = 3
<em><u>Fourth term:</u></em>
Substitute n = 4
Thus first four terms are 7, -13, 67, -253