This math topic focuses on calculating ratios of lengths between different lines represented in various images. The specific skill practiced is finding the ratio of one line's length over another, and the responses provided are in decimal form. The primary concept emphasized throughout the problems is understanding and solving for the specific relationship between lengths of different lines.
Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
Practice:
Both Lengths to Ratio, Decimal Numbers - Angle Line Display
Complete these online problems with 80% or 4 correct answers in a row. Results are immediate.
Solve for the ratio of lengths of line y over line b
Ratios of Lengths - Both Lengths to Ratio, Decimal Numbers - Angle Line Display Worksheet
| Math worksheet on 'Ratios of Lengths - Both Lengths to Ratio, Decimal Numbers - Angle Line Display (Level 1)'. Part of a broader unit on 'Trigonometry Fundamentals - Practice' Learn online: app.mobius.academy/math/units/trigonometry_fundamentals_practice/ |
1
| Solve for the ratio of lengths of line z over line p |
a
| 0.643 |
b
| 0.511 |
c
| 1.047 |
d
| 1.756 |
e
| 0.956 |
f
| 0.865 |
2
| Solve for the ratio of lengths of line z over line b |
a
| 0.541 |
b
| 16.944 |
c
| 0.259 |
d
| 0.941 |
e
| 1.063 |
f
| 2.179 |
3
| Solve for the ratio of lengths of line m over line y |
a
| 1.133 |
b
| 1.483 |
c
| 0.483 |
d
| 0.883 |
e
| 0.438 |
f
| 1.283 |
4
| Solve for the ratio of lengths of line x over line d |
a
| 1.746 |
b
| 1.294 |
c
| 1.573 |
d
| 4.4 |
e
| 1.373 |
f
| 0.773 |
5
| Solve for the ratio of lengths of line r over line y |
a
| 2.52 |
b
| 1.203 |
c
| 0.831 |
d
| 1.245 |
e
| 1.676 |
f
| 0.403 |
6
| Solve for the ratio of lengths of line p over line m |
a
| 0.554 |
b
| 0.231 |
c
| 1.806 |
d
| 3.25 |
e
| 4.694 |
f
| 0.462 |
7
| Solve for the ratio of lengths of line y over line r |
a
| 0.305 |
b
| 0.188 |
c
| 0.349 |
d
| 0.222 |
e
| 0.407 |
f
| 3.688 |