Topic
Q:
Who were the founders of the Wu school?
Du Jin and Ni Zan
Shen Zhou and Wen Zhengming
Wu Zhen and Zhao Mengfu
Dong Qichang and Wu Bin
Q:
Matematikk til fredag:
לjør regnestykkene i ruteboka. Husk å vise hvordan du regner
\( \begin{array}{llll}\text { 1. } 45^{*} 64 & \text { 2. } 73^{*} 47 & \text { 3. } 639: 3= & \text { 4. } 2456: 4=\end{array} \)
Q:
Solve the inequality and express the solution set in set-builder notation and interval notation. Graph the solution set on the real number line.
\( 3 n-4(n-3)<4 n-23 \)
Q:
(a) \( f(x)=2400-2 x \)
(b) \( A(x)=2400 x-2 x^{2} \)
(c) First write the expression for the derivative used to find the \( x \) value that maximizes area.
\( \frac{d A}{d x}=-4 x+2400 \)
The \( x \)-value leading to the maximum area is 600 m .
The maximum area of the rectangular plot is \( \square \)
Q:
summarize your understanding of the role statistics play in managerial decision-making.
Q:
Which line has the same slope as the line passing through \( (-4,-1) \) and \( (-1,5) \) ?
the line passing through \( (1,4) \) and \( (1,6) \)
\( y=\frac{1}{2} x+5 \)
\( 6 x-3 y=5 \)
\( y=2 \)
Q:
Who is the founder of the Zhe school, named for his native Zhejiang
province?
Lin Liang
Dai Jin
Qiu Ying
Wang Kar-Wai
Q:
Solve for \( x \) :
\( 2.2 .1 \quad 2-16 x^{-\frac{1}{2}}=0 \)
Q:
Convert 1 mile 5 yards into meters.
(Round your answer to two decimal points)
\( \square \) meters
Q:
(a) \( f(x)=2400=2 x \)
(b) \( A(x)=2400 x-2 x^{2} \)
(d) Finst write the expression for the derivetive used to find the \( x \) value that maximizes area
\( \frac{d A}{d x}=-4 x+2400 \)
The \( x \)-value leading to the maximum area is \( \square \square \nabla \)
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