Answer:
<em>-12x - 7y -5z </em>
Step-by-step explanation:
<u><em>Given:</em></u>
<em>−6x−5y−6x−2y−3z−2z</em>
<u><em>Solve:</em></u>
<em>Combine similar terms:</em>
<em>−6x</em><em>−5y</em><em>−6x</em><em>−2y−3z−2z</em>
<em>-12x </em><em>- 5y - 2y </em><em>- 3z - 2z</em>
<em>-12x - 7y </em><em>- 3z - 2z</em>
<em>-12x - 7y -5z</em>
<em>Final Answer:</em>
<em>-12x - 7y -5z</em>
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<u><em>Kavinsky</em></u>
<em />
Our range is all set of y-values. Focus on y-value only.
Our range is {1,5,-1,7,-2}
So the answer is 1, 5,-1,7 and 2
Round the numbers to the nearest ten thousand:
63,000 km & 20,000 km
Then find the difference (subtract):
63,000 km - 20,000 km = 43,000 km
Don't forget to put the unit of measurement on there (km)
Hope this helps :)
By the confront theorem we know that the limit only exists if both lateral limits are equal
In this case they aren't so we don't have limit for x approaching 2, but we can find their laterals.
Approaching 2 by the left we have it on the 5 line so this limit is 5
Approaching 2 by the right we have it on the -3 line so this limit is -3
Think: it's approaching x = 2 BUT IT'S NOT 2, and we only have a different value for x = 2 which is 1, but when it's approach by the left we have the values in the 5 line and by the right in the -3 line.
Answer:
A.............
Step-by-step explanation:
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