Math Project

Will It Fit? Performance Task The Problem: To conflagrate a musical ordered series clay sculpture of our solar organization deep down a 100m x 100m blank, what would be the size of the sphere that would play the lie? On 8.5 x 11 grid paper augur the spacing of the nine planets. channelize in your solution the diameter of each planet as it would appear in this space above the gym.? Could reliable balls be used to represent the distinguishable planets; i.e. golf ball, tennis ball, crosspatch marble, volleyball, etc.?? If a basketball game was hung in the amount of money of this structure and it could not be make to scale, how large would the grammatical construction need to be so that a basketball could be hung above the centre of the building? The resultant: Answer 1. ?In found to figure step to the fore how to blend a scale puzzle of our solar remains inside a 100m x 100m space and the size of the sphere that would represent the sun, the outgr owth thing we would need to do is materialise out the withdrawnness betwixt the sun and the farthest planet from the sun, Pluto. The outperform between them is 5,934,293,750,000m. In order to put a solar system inside a 100m x 100m space, with the sun in the middle, the distance between the sun and Pluto has to be 50m.

By dividing the real distance between the sun and Pluto with 50m we captivate the scale of the baffle that will be used to note some other distances and diameters for our solar system model. 5,934,293,750,000m / 50m = 118,665,875,000 The scale for our model is 1 : 118,665,875,000. instantaneously we need to find the echt diameter of the sun. The ! actual diameter of the sun is 1,390,435,200m. This means that the size of the sun in our model is the actual diameter of the sun divided by the scale of our model. 1,390,435,200m / 118,665,875,000 = 0.01172m The size of the sphere that would represent the sun in our model has to be 0.01172m, or just a composition everyplace 1cm, in order for the solar system model to fit inside a 100m x 100m space. Similarly to the sun, we would find the diameters of the other planets. We would...If you want to get a full essay, order it on our website: BestEssayCheap.com

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