How does multiplying a vector by a scalar value of 2x change the vector? the vector will not change direction but will decrease in magnitude the vector will change direction and decrease in magnitude the vector will not change direction but will increase in magnitude the vector will change direction and increase in magnitude

Recall that the direction of a vector can be seen from its slope, namely b/a.

let's take a peek at a couple of vectors, and multiply them by a scalar of 2.

hmmm say < 3 , 7 > , it has a slope of 7/3, now if we use a scalar of 2

2<3,7> => < 6 , 14 >, now, the slope of that is 14/6 which simplifies to, yeap, you guessed it, to 7/3, no change in the slope.

and say h < 11 , -2 >, slope of -2/11, let's multiply it by 2

2<11,-2> => <22 , -4 >, slope is -4/22 which simplifies to -2/11.

so, the vector's magnitude gets blown up, but the slope remains the same.

Which of the following values are in the range is the function graphed below? check all that applya.3b.1c.0d.-2e.5f.2a