Let v1 vector=[−4 h] and v2 vector =[−10 20] (check image for reference) Then span(v1 vector,v2 vector)=R^2 as long as h≠ (If there are no values of hh that make the set fail to span R^2, enter "NONE". If the set fails to span R^2 for all values of hh enter "ALL".)
Let v1 vector=[−4 h] and v2 vector =[−10 20] (check image for reference) Then span(v1 vector,v2 vector)=R^2 as long as h≠ (If there are no values of hh that make the set fail to span R^2, enter "NONE". If the set fails to span R^2 for all values of hh enter "ALL".)
Let v1 vector=[−4 h] and v2 vector =[−10 20] (check image for reference) Then span(v1 vector,v2 vector)=R^2 as long as h≠ (If there are no values of hh that make the set fail to span R^2, enter "NONE". If the set fails to span R^2 for all values of hh enter "ALL".)
Let v1 vector=[−4 h] and v2 vector =[−10 20] (check image for reference)
Then span(v1 vector,v2 vector)=R^2 as long as h≠
(If there are no values of hh that make the set fail to span R^2, enter "NONE". If the set fails to span R^2 for all values of hh enter "ALL".)
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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