Resolving forces 2
| First | First | Last | Results | Question 3b | Image 3b | [x] has a length of | [y] has a length of | [z] has a length of | A force of | In the diagram above 1 cm = | Calculate the horizontal component of the force? | Correct Answer | Round Answer | Results | Show your workings: | Calculate the vertical component of the force? | Correct Answer b | Round Answer b | Results b | Show your workings: |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| ppefmh | Ed | Garstin | Incorrect | Use the vector diagram below to work out the resultant force produced by the forces shown. |  | 17.25 | 5.75 | 18.11 | 475 | 1448.8 | 432 | 1448.8 | Incorrect | xcbv | ||||||
| ppefmh | Ed | Garstin | Incorrect | Use the vector diagram below to work out the resultant force produced by the forces shown. | | 9.78 | 3.25 | 10 | 866 | 86.6 | 453 | 846.9479999999999 | 846.95 | Incorrect | g | 645 | 281.45 | 10 | Incorrect | gf |
| ppefmh | Ed | Garstin | Incorrect | Use the vector diagram below to work out the resultant force produced by the forces shown. | | 9.78 | 3.25 | 10 | 910 | 91 | 45 | 889.9799999999999 | 889.98 | Incorrect | fg | 54 | 295.75 | 10 | Incorrect | gdf |
| First | First | Last | Results | Question 3b | Image 3b | [x] has a length of | [y] has a length of | [z] has a length of | A force of | In the diagram above 1 cm = | Calculate the horizontal component of the force? | Correct Answer | Round Answer | Results | Show your workings: | Calculate the vertical component of the force? | Correct Answer b | Round Answer b | Results b | Show your workings: |