These problems focus on moving from one point to another on a Cartesian grid using vectors. Students practice identifying the resulting coordinates after moving from a start point 'A' by a specified vector. Each scenario gives a vector in the form of ordered pairs and requires the student to determine the new point they reach on the grid. The skill practiced is crucial for understanding vector addition and navigation on the Cartesian plane.
Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
Practice:
Moving from Point to Point by Vector on the Cartesian Grid
Complete these online problems with 80% or 4 correct answers in a row. Results are immediate.
Starting at 'A' and moving by (-4,2) will land on what point?
Moving from Point to Point by Vector on the Cartesian Grid Worksheet
| Math worksheet on 'Moving from Point to Point by Vector on the Cartesian Grid (Level 3)'. Part of a broader unit on 'Cartesian Grid Basics - Practice' Learn online: app.mobius.academy/math/units/cartesian_grid_practice/ |
1
| Starting at 'A' and moving by (-2,-5) will land on what point? |
a
| E |
b
| D |
c
| C |
d
| B |
2
| Starting at 'A' and moving by (-4,4) will land on what point? |
a
| E |
b
| C |
c
| D |
d
| B |
3
| Starting at 'A' and moving by (3,2) will land on what point? |
a
| D |
b
| E |
c
| C |
d
| B |
4
| Starting at 'A' and moving by (5,5) will land on what point? |
a
| B |
b
| E |
c
| D |
d
| C |
5
| Starting at 'A' and moving by (5,-1) will land on what point? |
a
| C |
b
| B |
c
| D |
d
| E |
6
| Starting at 'A' and moving by (6,4) will land on what point? |
a
| D |
b
| B |
c
| E |
d
| C |
7
| Starting at 'A' and moving by (0,-4) will land on what point? |
a
| B |
b
| D |
c
| E |
d
| C |