Who wants to be the vector master?
Same Rules as who wants to be a millionaire, but in this case your questions are about vectors, you got 4 answer choices and you must choose the answer you think is correct. Good Luck and I hope you have fun :)- I totally did not make this at 1:24 am Sincerely, Samuel Molero Class of '22.
Create multiple-choice games on Wisc-Online and play them on our Chakalaka mobile app!
But that's not all! Explore educational games created by others. Simply search by category or enter agame code number and dive into a world of learning and fun.
Download the Chakalaka mobile app here:
Topics of this game:
- Find a unit vector in the direction of 𝐯 = −7, 24
- A 2750-pound car is parked on a hill with a slant of 40° from the horizontal. How much force will keep it from rolling down the hill?
- Find the magnitude of the vector AB if 𝐴 = (−1, −1) and 𝐵 = (2, −5)
- u = 1, -5 g = -10, 5 Find: u + g
- a = 5, -4 g = -4, 12 Find: -a + g
- Find the angle between the vectors. 𝐮 = 5𝐢 + 2𝐣 and 𝐯 = −6𝐢 − j
- A 500 pound box is resting on a ramp that has an incline of 30°. What force is required to hold the box in place?
- Find the dot product of 𝐮 = −2𝐢 + 𝟕𝑗 and 𝐯 = −5𝐢 − 8j
- Find 4𝒖 − 3𝒗 , given 𝐮 = 5, −3 and 𝐯= −2, −1
- Find the magnitude and direction angle of the vector. 𝑢 = 3 , 3
- Find the component form of AB with initial point A(1, -3) and terminal point B(1, 3)
- Find the component form of AB with initial point A(0, 8) and terminal point B(-9, -3)
- If w = <2, -5> and y = <2, 0>, find 2w + y
- If y = <2, 0> and z = <-1, -4>, find 3y - 2z
User comments are currently unavailable. We apologize for the inconvenience and are working to restore this feature as soon as possible.