how to do sinreg on ti 83?
154094
Press STAT -> CALC -> C:SinReg. This will put the command SinReg on the home screen.
55037
['Step 0: Turn on Diagnostics. You will only need to do this step once on your calculator. ... ', 'Step 2: Enter Data. Enter your data into the calculator by pressing [STAT] and then selecting 1:Edit. ... ', 'Step 3: Calculate!']
1460426
['Apps: Press the [apps] button on your calculator, and select the app you would like to use from the menu.', 'Programs: Press the [prgm] button on your calculator, select the program you want to use, and then press enter again to run it.']
3969
['To view the Correlation Coefficient, turn on "DiaGnosticOn" [2nd] "Catalog" (above the \'0\'). Scroll to DiaGnosticOn. [Enter] [Enter] again. ... ', 'Now you will be able to see the \'r\' and \'r^2\' values. Note: Go to [STAT] "CALC" "8:" [ENTER] to view. Prev: TI-84: Least Squares Regression Line (LSRL)']
1323808
[' mm. 0.0394. 1.1 mm. 0.0433. 1.2 mm. 0.0472. ... ', ' mm. 0.0787. 2.1 mm. 0.0827. 2.2 mm. 0.0866. ... ', ' mm. 0.1181. 3.1 mm. 0.1221. 3.2 mm. 0.1260. ... ', ' mm. 0.1575. 4.1 mm. 0.1614. 4.2 mm. 0.1654. ... ', ' mm. 0.1969. 5.1 mm. 0.2008. 5.2 mm. 0.2047. ... ', ' mm. 0.2362. 6.1 mm. 0.2402. 6.2 mm. 0.2441. ... ', ' mm. 0.2756. 7.1 mm. 0.2795. 7.2 mm. 0.2835. ... ', ' mm. 0.3150. 8.1 mm. 0.3189. 8.2 mm. 0.3228.']
1096163
['Place the first term in the upper left box.', 'Place the constant term in the lower right box.', "Place the numbers you found in step 2 in the remaining empty boxes. This time, it doesn't matter where you place them. Make sure that you attach a variable x to each number."]
962883
For example, if you want standard deviation for the values you entered in L4, press the 2ND and then 4 . Select Calculate and press ↵ Enter . The TI-84 will now display standard deviation calculations for the set of values. Find the standard deviation value next to Sx or σx .
1231934
By convention in Trigonometry, (sinx)2 is written as sin2 x, so # 3 is the correct answer.
377504
The symbol can either be read "n choose r" or "n taken r at a time" which are from it's probability applications. On the example to find "26 choose 17", go to the Home screen of the TI-89 calculator and then go 2nd 5 which is Math. Go choose probability and then to nCr to type in (26,17).
421781
['Lower bound: 7.94. Upper bound: 23.66.', 'Lower bound: 8.59. Upper bound: 20.63. ... ', 'Lower bound: 6.61. Upper bound: 31.36.']
1195589
In fact, the only difference is that the TI-84 has a mini-USB port while the TI-83 does not. Both calculators use the same type of central processing unit (CPU) (Zilog Z80), and the displays are the same (96 x 64 pixels). ... Both calculators have an I/O port but the TI-84 Plus also includes a mini-USB port.
874019
['Press Calc (2nd Trace)', 'Choose Zero (#2)', 'For the Left Bound, arrow to the left of the x-intercept and press enter.', 'For the Right Bound, arrow to the right of the x-intercept and press enter.', 'For the Guess, arrow to the x-intercept and press enter.']
617185
['Draw a two-by-two square.', 'Put the first term of the trinomial in the upper-left corner and the last term in the lower-right corner.', 'Multiply the first and last terms: 3x2(–8) = –24x2.', 'Find two factors of the resulting product whose sum is the middle term, 10x. ... ', 'Place the factors in the two remaining squares.']
705856
['Choose one or more xrefs.', 'Enter all to choose all xrefs in the current drawing.', 'Press Enter to continue.']
1029572
['In cell G3, enter the formula =CORREL(B3:B7,C3:C7)', 'In cell G4, enter the formula =G3^2.', 'In cell G5, enter the formula =RSQ(C3:C7,B3:B7)']
770227
['1 Gy = 100 cGy. 2 Gy = 200 cGy.', '3 Gy = 300 cGy. 4 Gy = 400 cGy.', '5 Gy = 500 cGy. 6 Gy = 600 cGy.', '7 Gy = 700 cGy. 8 Gy = 800 cGy.', '9 Gy = 900 cGy. 10 Gy = 1000 cGy.', '11 Gy = 1100 cGy. 12 Gy = 1200 cGy.', '13 Gy = 1300 cGy. 14 Gy = 1400 cGy.', '15 Gy = 1500 cGy. 16 Gy = 1600 cGy.']
1288674
['Installation. ggfortify can be installed from GitHub or CRAN: # Github if(!require(devtools)) install.packages("devtools") devtools::install_github("sinhrks/ggfortify") # CRAN install.packages("ggfortify")', 'Loading ggfortify. library("ggfortify")', 'Plotting matrix. ... ', 'Plotting diagnostics for LM and GLM. ... ', 'Plotting time series.']