9. bx y = (a + x)

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter9: Quadratic Functions And Equations
Section9.6: Solving Quadratic Equations By Using The Quadratic Formula
Problem 64PFA
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Question 9
D
F2
#
3
4. Solve for b in:
5. Solve for x in:
Graph the following functions. Graphs must be hand drawn or sketched (no excel plots/graphs). Be sure to
note key values/points on the graph (e.g., y-intercept, slope, etc.).
6.
ay = 7x + 1
♫,
7.
8.
9.
F3
1 1
y x
$
1
U(r) = 7
r
4
*16
y =
bx
10. The measured optical rotation of polyglutamic acid as a function of wavelength (2) can be fitted by the
equation:
(a + x)
F4
1
4 2
15 5b 3b
3x = ax + 8
where [a] is the specific rotation, K is a constant, and is the wavelength of the band center of an
optically active absorption. If Ac is a constant, what should be plotted to yield a linear graph? How can
Ac be determined?
DII
%
5
F5
☀
A
6
[a] =
F6
K
2²2-2²
*
F7
&
7
PrtScn
F8
*
Home
F9
O
End
F10
PgUp
F11
Transcribed Image Text:D F2 # 3 4. Solve for b in: 5. Solve for x in: Graph the following functions. Graphs must be hand drawn or sketched (no excel plots/graphs). Be sure to note key values/points on the graph (e.g., y-intercept, slope, etc.). 6. ay = 7x + 1 ♫, 7. 8. 9. F3 1 1 y x $ 1 U(r) = 7 r 4 *16 y = bx 10. The measured optical rotation of polyglutamic acid as a function of wavelength (2) can be fitted by the equation: (a + x) F4 1 4 2 15 5b 3b 3x = ax + 8 where [a] is the specific rotation, K is a constant, and is the wavelength of the band center of an optically active absorption. If Ac is a constant, what should be plotted to yield a linear graph? How can Ac be determined? DII % 5 F5 ☀ A 6 [a] = F6 K 2²2-2² * F7 & 7 PrtScn F8 * Home F9 O End F10 PgUp F11
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