SharedGroup 1 Lab 2 Shared.sagewsOpen in CoCalc
Authors: Jose Hopkins, Robert Indik, Hannah Kravitz, Michael Sandoval, Nicholas Scheier, Zoe Woolf
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##### Group 1 Lab 2 Grade: 18/20 #Group 1 #Lab 2 a=5 show(a) b="5" show(b)
5\displaystyle 5
5
a+1 b+1
6
Error in lines 2-2 Traceback (most recent call last): File "/cocalc/lib/python2.7/site-packages/smc_sagews/sage_server.py", line 1188, in execute flags=compile_flags), namespace, locals) File "", line 1, in <module> File "sage/rings/integer.pyx", line 1685, in sage.rings.integer.Integer.__add__ (build/cythonized/sage/rings/integer.c:11443) return coercion_model.bin_op(left, right, operator.add) File "sage/structure/coerce.pyx", line 1210, in sage.structure.coerce.CoercionModel.bin_op (build/cythonized/sage/structure/coerce.c:10918) raise bin_op_exception(op, x, y) TypeError: unsupported operand parent(s) for +: '<type 'str'>' and 'Integer Ring'
#When you add 1 to a, it shows 6. However when you add 1 to b, there is an error message because b is considered a word, not a number "5"+"1"
'51'
#If the call are charectors, then it squishes them together. If the call are numbers, then it will add the numbers type(a)
<type 'sage.rings.integer.Integer'>
type(0.2) type(x^2)
<type 'sage.rings.real_mpfr.RealLiteral'> <type 'sage.symbolic.expression.Expression'>
["bacteria population"] [100,200,400,800]
['bacteria population'] [100, 200, 400, 800]
bacteria=[100,200,400,800] ##### Good. -HK
type(bacteria) ##### Good. -HK
<type 'list'>
#the output will be 200 bacteria[1] bacteria[0]
200 100
bacteria.append(1600) ##### Good. -HK bacteria[4]
1600
bacteria.append(3200) bacteria[6]
Error in lines 2-2 Traceback (most recent call last): File "/cocalc/lib/python2.7/site-packages/smc_sagews/sage_server.py", line 1188, in execute flags=compile_flags), namespace, locals) File "", line 1, in <module> IndexError: list index out of range
kingdoms= ["Bacteria", "Protists", "Plants", "Fungi", "Animals"] kingdoms.append("Archaea") kingdoms.append("Archaea") kingdoms #By appending the same variable twice in the list, you will now have two variables with the same definition.
['Bacteria', 'Protists', 'Plants', 'Fungi', 'Animals', 'Archaea', 'Archaea']
twelve= [3, 5, 7, 9, 11] list_plot(twelve)
thirteen= [(5,4), (6,3), (3,5), (7,2), (8,1)] list_plot(thirteen)
Africa= [(62,20), (81,34), (75,18), (90,25), (67,31)] list_plot(Africa, axes_labels=["Hippos", "Crocodiles"], plotjoined = True, color="red")
#Exercise 15 bacteriatime = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24] bacteriapop = [100, 200, 400, 800, 1600, 3200, 6400, 12800, 25600, 51200, 102400, 204800, 409600, 819200, 1638400, 3276800, 6553600, 13107200, 26214400, 52428800, 104857600, 209715200, 419430400, 838860800]
bacteriapoptime = zip(bacteriatime, bacteriapop) list_plot(bacteriapoptime, axes_labels=["Hours", "Population"], plotjoined = True) #Exercise 16 Rats N Stuff wt5_time = [0,0.25,0.5,0.75,1,1.25,1.5,1.75,2,2.25,2.5,2.75,3,3.25,3.5,3.75,4,4.25,4.5,4.75,5,5.25,5.5,5.75,6,6.25,6.5,6.75,7,7.25,7.5,7.75,8,8.25,8.5,8.75,9,9.25,9.5,9.75,10,10.25,10.5,10.75,11,11.25,11.5,11.75,12,12.25,12.5,12.75,13,13.25,13.5,13.75,14,14.25,14.5,14.75,15,15.25,15.5,15.75,16,16.25,16.5,16.75,17,17.25,17.5,17.75,18,18.25,18.5,18.75,19,19.25,19.5,19.75,20,20.25,20.5,20.75,21,21.25,21.5,21.75,22,22.25,22.5,22.75,23,23.25,23.5,23.75,24,24.25,24.5,24.75,25,25.25,25.5,25.75,26,26.25,26.5,26.75,27,27.25,27.5,27.75,28,28.25,28.5,28.75,29,29.25,29.5,29.75,30,30.25,30.5,30.75,31,31.25,31.5,31.75,32,32.25,32.5,32.75,33,33.25,33.5,33.75,34,34.25,34.5,34.75,35,35.25,35.5,35.75,36,36.25,36.5,36.75,37,37.25,37.5,37.75,38,38.25,38.5,38.75,39,39.25,39.5,39.75,40,40.25,40.5,40.75,41,41.25,41.5,41.75,42,42.25,42.5,42.75,43,43.25,43.5,43.75,44,44.25,44.5,44.75,45,45.25,45.5,45.75,46,46.25,46.5,46.75,47,47.25,47.5,47.75,48,48.25,48.5,48.75,49,49.25,49.5,49.75,50,50.25,50.5,50.75,51,51.25,51.5,51.75,52,52.25,52.5,52.75,53,53.25,53.5,53.75,54,54.25,54.5,54.75,55,55.25,55.5,55.75,56,56.25,56.5,56.75,57,57.25,57.5,57.75,58,58.25,58.5,58.75,59,59.25,59.5,59.75,60,60.25,60.5,60.75,61,61.25,61.5,61.75,62,62.25,62.5,62.75,63,63.25,63.5,63.75,64,64.25,64.5,64.75,65,65.25,65.5,65.75,66,66.25,66.5,66.75,67,67.25,67.5,67.75,68,68.25,68.5,68.75,69,69.25,69.5,69.75,70,70.25,70.5,70.75,71,71.25,71.5,71.75,72] wt5_temp = [35.77,37.23,37.32,36.75,36.09,35.68,35.46,35.35,35.3,35.21,35.21,35.25,35.4,35.92,36.52,36.56,36.07,35.6,35.39,35.27,35.09,34.91,34.85,34.81,34.78,34.85,34.88,34.96,35.05,34.96,34.8,34.76,34.73,34.74,35.18,35.91,36.31,36.39,36.12,35.59,35.27,35.17,35,34.69,34.53,34.85,35.49,35.98,35.89,35.34,35,35.37,36.25,36.62,36.51,36.77,37.32,37.76,37.95,38.01,38.03,38.05,38.02,37.95,37.93,37.88,37.69,37.53,37.51,37.56,37.61,37.6,37.6,37.65,37.61,37.51,37.14,36.4,35.72,35.44,35.36,35.27,35.32,35.65,36.2,36.61,36.96,37.33,37.62,37.8,37.86,37.84,37.82,37.81,37.75,37.68,37.63,37.52,37.3,36.82,36.13,35.68,35.52,35.57,35.66,35.62,35.42,35.28,35.64,36.13,36.01,35.61,35.37,35.29,35.2,35.15,35.18,35.18,35.07,35.02,35.05,35,35.02,35.1,35.02,35.08,35.49,35.89,35.78,35.38,35.11,34.96,34.97,35.09,35.07,34.85,34.69,34.99,35.45,35.38,35.02,34.81,34.83,35.34,36.18,36.83,37.14,37.06,36.5,35.94,36.06,36.65,37.23,37.66,37.86,37.84,37.73,37.68,37.67,37.63,37.48,37.3,37.45,37.7,37.78,37.8,37.78,37.71,37.68,37.75,37.75,37.69,37.6,37.48,36.91,36.01,35.3,35.09,35.12,35.21,35.41,35.84,36.59,37.13,37.42,37.64,37.71,37.77,37.91,37.96,37.92,37.87,37.76,37.59,37.27,36.75,36.08,35.53,35.23,35.05,34.95,35.06,35.26,35.35,35.39,35.26,35.13,35.37,36.06,36.48,36.11,35.6,35.31,35.09,34.94,34.96,34.97,34.89,34.88,34.96,35.07,34.99,34.77,34.62,34.67,34.85,35.08,35.5,35.63,35.25,34.9,34.8,34.81,34.85,34.87,34.84,34.92,35.35,36.03,36.64,37.08,37.23,36.85,36.07,35.64,35.75,35.89,36.23,36.96,37.56,37.87,37.97,37.98,37.93,37.81,37.65,37.58,37.62,37.49,36.99,36.27,35.89,36.29,37.03,37.51,37.71,37.77,37.76,37.74,37.79,37.85,37.8,37.78,37.68,37.45,37.31,37.2,36.81,36.15,35.69,35.62,35.64,35.5,35.35,35.4,35.93,36.72,37.25,37.47] wt5_heartrate = [331.47,410.62,463.32,480.56,473.31,459.9,452.98,454.75,461.56,470.87,484.46,505.84,534.55,562.83,578.89,574.82,552.25,520.8,491.4,470.81,460.3,457.16,456.96,456.11,453.75,451.48,451.06,452.29,453.44,453.55,454.49,461.06,478.03,505.51,536.27,558.56,563.27,549.66,525.12,499.9,481.87,475.01,480.79,498.93,525.28,549.9,560.69,552.6,533.76,520.3,523.28,540.41,560.34,573.63,578.49,578.02,574.9,570.02,564.09,558.59,554.81,552.92,552.29,552.27,552.39,552.24,551.57,550.63,550.19,550.88,552.73,555.04,556.38,554.57,547.06,532.59,512.76,491.6,473.03,459.32,452.36,455.58,472.62,503.18,540.53,574.07,595.23,601.76,597.62,589.4,582.49,579.13,578.75,579.31,578.58,574.91,567.41,556.08,541.99,527.21,514.02,503.74,496.21,490.82,488.54,492.6,505.66,525.36,543.11,549.4,541.17,523.96,506.83,495.72,491.37,491.71,494.49,497.69,498.8,495.44,487.4,478.19,473.99,480.22,497.57,520.13,537.52,540.95,529.09,508.91,490.2,479.05,476.1,479.64,488.66,501.97,515.35,521.91,517.48,506.06,498.71,505.08,525.26,549.53,565.84,568.35,560.79,553.23,554.81,567.03,582.81,592.37,590.95,581.33,569.71,560.1,552.83,546.82,542.14,540.11,541.58,545.37,548.68,549.15,546.78,543.85,543.01,545.34,549.85,554.01,554.52,548.03,532.35,508.52,481.79,459.69,448.17,449.67,464.37,491.41,526.74,561.1,583.36,587.92,578.53,564.48,553.59,548.63,548.51,551.01,554.27,556.99,557.78,554.81,546.51,532.93,516.34,499.85,485.46,473.6,464.31,458.29,456.62,460.16,469.8,486.63,509.82,533.63,548.04,545.19,526.28,501.47,481.99,472.29,469.38,467.99,465.25,461.21,457.09,454.15,453.41,455.56,461.25,471.6,487.59,507.33,524.65,532.4,528.34,516.93,504.55,494.12,485.64,481.11,486.37,506.26,538.25,571.75,593.88,596.72,580.97,555.18,532.03,522.91,532.44,556.03,582.79,602.15,609.44,606.79,599.74,593.11,588.75,585.99,583.12,578.26,569.53,556.26,541.45,532.31,535.95,552.76,574.56,590.46,594.96,590.47,583.31,578.29,576.74,577.61,579.03,579.39,577.66,573.25,565.19,551.64,530.99,504.17,475.89,452.9,440.63,441.7,457.24,487.39,528.77,572.1,605.2,619.96,616.62] temp = zip(wt5_time, wt5_temp) heartrate = zip(wt5_time, wt5_heartrate) list_plot(temp, axes_labels=["Time", "Temperature"], plotjoined = True) list_plot(heartrate, axes_labels=["Time", "Heartrate"], plotjoined = True, color="red")
#17. Both of the plots exhibit an oscillating behavior. trajectrat = zip(wt5_temp, wt5_heartrate) list_plot(trajectrat, axes_labels=["Temperature", "Heartrate"], plotjoined=True) ##### Good. -HK
#19 favorites = ["Pizza", "Chocolate", "Curry", "Ramen", "Ice Cream"] for food in favorites: print food + " is one of my favorite foods."
Pizza is one of my favorite foods. Chocolate is one of my favorite foods. Curry is one of my favorite foods. Ramen is one of my favorite foods. Ice Cream is one of my favorite foods.
#20 for char in "Zoe": print char ##### Good. -HK
Z o e
#21 squareloop = [15, 27, 39, 84] for number in squareloop: print number^2
225 729 1521 7056
#22 mult3 = [] for n in [1, 2, 3, 4, 5]: mult3.append(3*n) mult3
[3, 6, 9, 12, 15]
#23 squaredec = [] for n in [0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7]: squaredec.append(n^2) squaredec list_plot(squaredec)
[0.0100000000000000, 0.0400000000000000, 0.0900000000000000, 0.160000000000000, 0.250000000000000, 0.360000000000000, 0.490000000000000]
#24 fourfunction = [] for n in [0, 1, 2, 3, 4, 5]: fourfunction.append(n*100) list_plot(fourfunction)
#25 timeminutes=[] for numbers in [0,0.25,0.5,0.75,1,1.25,1.5,1.75,2,2.25,2.5,2.75,3,3.25,3.5,3.75,4,4.25,4.5,4.75,5,5.25,5.5,5.75,6,6.25,6.5,6.75,7,7.25,7.5,7.75,8,8.25,8.5,8.75,9,9.25,9.5,9.75,10,10.25,10.5,10.75,11,11.25,11.5,11.75,12,12.25,12.5,12.75,13,13.25,13.5,13.75,14,14.25,14.5,14.75,15,15.25,15.5,15.75,16,16.25,16.5,16.75,17,17.25,17.5,17.75,18,18.25,18.5,18.75,19,19.25,19.5,19.75,20,20.25,20.5,20.75,21,21.25,21.5,21.75,22,22.25,22.5,22.75,23,23.25,23.5,23.75,24,24.25,24.5,24.75,25,25.25,25.5,25.75,26,26.25,26.5,26.75,27,27.25,27.5,27.75,28,28.25,28.5,28.75,29,29.25,29.5,29.75,30,30.25,30.5,30.75,31,31.25,31.5,31.75,32,32.25,32.5,32.75,33,33.25,33.5,33.75,34,34.25,34.5,34.75,35,35.25,35.5,35.75,36,36.25,36.5,36.75,37,37.25,37.5,37.75,38,38.25,38.5,38.75,39,39.25,39.5,39.75,40,40.25,40.5,40.75,41,41.25,41.5,41.75,42,42.25,42.5,42.75,43,43.25,43.5,43.75,44,44.25,44.5,44.75,45,45.25,45.5,45.75,46,46.25,46.5,46.75,47,47.25,47.5,47.75,48,48.25,48.5,48.75,49,49.25,49.5,49.75,50,50.25,50.5,50.75,51,51.25,51.5,51.75,52,52.25,52.5,52.75,53,53.25,53.5,53.75,54,54.25,54.5,54.75,55,55.25,55.5,55.75,56,56.25,56.5,56.75,57,57.25,57.5,57.75,58,58.25,58.5,58.75,59,59.25,59.5,59.75,60,60.25,60.5,60.75,61,61.25,61.5,61.75,62,62.25,62.5,62.75,63,63.25,63.5,63.75,64,64.25,64.5,64.75,65,65.25,65.5,65.75,66,66.25,66.5,66.75,67,67.25,67.5,67.75,68,68.25,68.5,68.75,69,69.25,69.5,69.75,70,70.25,70.5,70.75,71,71.25,71.5,71.75,72]: timeminutes.append(60*numbers) timeminutes #26 tempf=[] for celc in [35.77,37.23,37.32,36.75,36.09,35.68,35.46,35.35,35.3,35.21,35.21,35.25,35.4,35.92,36.52,36.56,36.07,35.6,35.39,35.27,35.09,34.91,34.85,34.81,34.78,34.85,34.88,34.96,35.05,34.96,34.8,34.76,34.73,34.74,35.18,35.91,36.31,36.39,36.12,35.59,35.27,35.17,35,34.69,34.53,34.85,35.49,35.98,35.89,35.34,35,35.37,36.25,36.62,36.51,36.77,37.32,37.76,37.95,38.01,38.03,38.05,38.02,37.95,37.93,37.88,37.69,37.53,37.51,37.56,37.61,37.6,37.6,37.65,37.61,37.51,37.14,36.4,35.72,35.44,35.36,35.27,35.32,35.65,36.2,36.61,36.96,37.33,37.62,37.8,37.86,37.84,37.82,37.81,37.75,37.68,37.63,37.52,37.3,36.82,36.13,35.68,35.52,35.57,35.66,35.62,35.42,35.28,35.64,36.13,36.01,35.61,35.37,35.29,35.2,35.15,35.18,35.18,35.07,35.02,35.05,35,35.02,35.1,35.02,35.08,35.49,35.89,35.78,35.38,35.11,34.96,34.97,35.09,35.07,34.85,34.69,34.99,35.45,35.38,35.02,34.81,34.83,35.34,36.18,36.83,37.14,37.06,36.5,35.94,36.06,36.65,37.23,37.66,37.86,37.84,37.73,37.68,37.67,37.63,37.48,37.3,37.45,37.7,37.78,37.8,37.78,37.71,37.68,37.75,37.75,37.69,37.6,37.48,36.91,36.01,35.3,35.09,35.12,35.21,35.41,35.84,36.59,37.13,37.42,37.64,37.71,37.77,37.91,37.96,37.92,37.87,37.76,37.59,37.27,36.75,36.08,35.53,35.23,35.05,34.95,35.06,35.26,35.35,35.39,35.26,35.13,35.37,36.06,36.48,36.11,35.6,35.31,35.09,34.94,34.96,34.97,34.89,34.88,34.96,35.07,34.99,34.77,34.62,34.67,34.85,35.08,35.5,35.63,35.25,34.9,34.8,34.81,34.85,34.87,34.84,34.92,35.35,36.03,36.64,37.08,37.23,36.85,36.07,35.64,35.75,35.89,36.23,36.96,37.56,37.87,37.97,37.98,37.93,37.81,37.65,37.58,37.62,37.49,36.99,36.27,35.89,36.29,37.03,37.51,37.71,37.77,37.76,37.74,37.79,37.85,37.8,37.78,37.68,37.45,37.31,37.2,36.81,36.15,35.69,35.62,35.64,35.5,35.35,35.4,35.93,36.72,37.25,37.47]: tempf.append(((9/5)*celc)+32) tempf #27 twentyseven=zip(timeminutes, tempf) list_plot(twentyseven, axes_labels=["Time(Min)", "Temp(F)"], plotjoined=True) #28 twentyeight=zip(tempf, wt5_heartrate) list_plot(twentyeight, axes_labels=["Temp", "Heartrate"], plotjoined=True) #29 plots=[] slopes=[-5, -4, -3, -2, -1, 0, ] slopes for m in slopes: p=plot(m*x,(x,-10,10),ymin=-50,ymax=50, color="green") plots.append(p) a=animate(plots) show(a,gif=True) #30 plots=[] slopes=[-3, -2, -1, 0, 1, 2, 3] slopes for m in slopes: p=plot(m*x,(x,-10,10),ymin=-50,ymax=50, color="green") plots.append(p) a=animate(plots) show(a,gif=True)
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[-5, -4, -3, -2, -1, 0]
[-3, -2, -1, 0, 1, 2, 3]
#31 plots=[] slopes=[1] slopes for m in slopes: p=plot(m*x,(x,-10,10),ymin=-5,ymax=5, color="green") plots.append(p) a=animate(plots) show(a,gif=True) ##### This loop is keeping a constant slope but is not changing the y-intercept. It should be something like: plots=[] ints=[-5, -4, -3, -2, -1, 0, 1, 2, 3, 4, 5] for b in ints: p=plot(1*x+b,(x,-10,10),ymin=-5,ymax=5, color="green") plots.append(p) a=animate(plots) show(a,gif=True) ##### Remember that the equation of a line is y=m*x+b and here we want to change the "b", not the "m" ##### (-2 points) -HK
[1]