The topics in this unit focus on understanding perpendiculars in terms of line equations and graphs. Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
Practice:
Slope - Find Equivalent - Standard Form to Decimal Slope
Complete these online problems with 80% or 4 correct answers in a row. Results are immediate.
What slope would this standard form line equation have?
Slope - Find Equivalent - Standard Form to Decimal Slope Worksheet
| Math worksheet on 'Slope - Find Equivalent - Standard Form to Decimal Slope (Level 1)'. Part of a broader unit on 'Slopes and Perpendiculars - Intro' Learn online: app.mobius.academy/math/units/line_equations_and_perpendiculars_intro/ |
1
| What slope would this standard form line equation have? |
a
| m=2 |
b
| m=-0.5 |
c
| m=0.25 |
d
| m=0.5 |
2
| What slope would this standard form line equation have? |
a
| m=-0.5 |
b
| m=-1 |
c
| m=1 |
3
| What slope would this standard form line equation have? |
a
| m=-4 |
b
| m=0.25 |
c
| m=-0.25 |
d
| m=-0.13 |
4
| What slope would this standard form line equation have? |
a
| m=1 |
b
| m=0.5 |
c
| m=-2 |
d
| m=2 |
5
| What slope would this standard form line equation have? |
a
| m=-0.5 |
b
| m=0.5 |
c
| m=-0.25 |
d
| m=-2 |
6
| What slope would this standard form line equation have? |
a
| m=-4 |
b
| m=-0.25 |
c
| m=4 |
d
| m=-2 |
7
| What slope would this standard form line equation have? |
a
| m=-5 |
b
| m=-2.5 |
c
| m=-0.2 |
d
| m=5 |