Which of the following represents the vector \left(-3,-2\right) ?
The horizontal component of a vector is the horizontal distance of the initial point and the end point. The vertical component of a vector is the vertical distance of the initial point and the end point.
Here:
- \overrightarrow{a}=\left(3,-2\right)
- \overrightarrow{b}=\left(-3{,}1\right)
- \overrightarrow{u}=\left(3{,}2\right)
- \overrightarrow{w}=\left(-3,-2\right)
The figure \overrightarrow{w} represents \left(-3,-2\right).
Which of the following represents the vector \left(2,-1\right) ?
The horizontal component of a vector is the horizontal distance of the initial point and the end point. The vertical component of a vector is the vertical distance of the initial point and the end point.
Here:
- \overrightarrow{a}=\left(2,-1\right)
- \overrightarrow{b}=\left(1{,}0\right)
- \overrightarrow{u}=\left(1{,}2\right)
- \overrightarrow{w}=\left(-1,-3\right)
The figure \overrightarrow{a} represents \left(2,-1\right).
Which of the following represents the vector \left(3{,}2\right) ?
The horizontal component of a vector is the horizontal distance of the initial point and the end point. The vertical component of a vector is the vertical distance of the initial point and the end point.
Here:
- \overrightarrow{a}=\left(1{,}0\right)
- \overrightarrow{b}=\left(0{,}1\right)
- \overrightarrow{u}=\left(3{,}2\right)
- \overrightarrow{w}=\left(1{,}3\right)
The figure \overrightarrow{u} represents \left(3{,}2\right).
Which of the following represents the vector \left(2{,}1\right) ?
The horizontal component of a vector is the horizontal distance of the initial point and the end point. The vertical component of a vector is the vertical distance of the initial point and the end point.
Here:
- \overrightarrow{a}=\left(3,-1\right)
- \overrightarrow{b}=\left(-1{,}3\right)
- \overrightarrow{u}=\left(-2{,}1\right)
- \overrightarrow{w}=\left(2{,}1\right)
The figure \overrightarrow{w} represents \left(2{,}1\right).
Which of the following represents the vector \left(2{,}3\right) ?
The horizontal component of a vector is the horizontal distance of the initial point and the end point. The vertical component of a vector is the vertical distance of the initial point and the end point.
Here:
- \overrightarrow{a}=\left(2{,}3\right)
- \overrightarrow{b}=\left(-2{,}3\right)
- \overrightarrow{u}=\left(1{,}4\right)
- \overrightarrow{w}=\left(2{,}4\right)
The figure \overrightarrow{a} represents \left(2{,}3\right).
Which of the following represents the vector \left(-2{,}4\right) ?
The horizontal component of a vector is the horizontal distance of the initial point and the end point. The vertical component of a vector is the vertical distance of the initial point and the end point.
Here:
- \overrightarrow{a}=\left(1{,}3\right)
- \overrightarrow{b}=\left(-2{,}4\right)
- \overrightarrow{u}=\left(2{,}3\right)
- \overrightarrow{w}=\left(3{,}1\right)
The figure \overrightarrow{b} represents \left(-2{,}4\right).
Which of the following represents the vector \left(2{,}5\right) ?
The horizontal component of a vector is the horizontal distance of the initial point and the end point. The vertical component of a vector is the vertical distance of the initial point and the end point.
Here:
- \overrightarrow{a}=\left(5,-2\right)
- \overrightarrow{b}=\left(5{,}3\right)
- \overrightarrow{u}=\left(1{,}4\right)
- \overrightarrow{w}=\left(2{,}5\right)
The figure \overrightarrow{w} represents \left(2{,}5\right).