Answer the following questions:
Solve the system with the Gauss elimination method using rounding with four significant figures. [1
pt
Switch the order of the equations, and solve the system with the Gauss elimination method using rounding with four significant figures. [1 pt]
Check the answers by substituting your solution back in the equations.
Suppose 0.02 moles of ideal gas are in a 6.3 L steel container. If the pressure in the container is .75 atm., what is the temperature in the container in K?
By increasing the required reserve? ratio, the Fed forces banks to hold a? _______ quantity of monetary base and the interest rate? _______.
A.
?larger; rises
B.
?smaller; falls
C.
?smaller; rises
D.
?larger; falls
Part 3
By lowering the interest? rate, the Fed makes it? _______ costly for the banks to borrow monetary base and the interest rate? _______.
A.
?less; rises
B.
?less; falls
C.
?more; rises
D.
?more; falls
Part 4
When the Fed sells securities in the open? market, the monetary base? _______ and the interest rate? _______.
A.
?decreases; rises
B.
?increases; rises
C.
?increases; falls
D.
?decreases; falls
The Fed uses its policy tools to _______.By increasing the required reserve ratio, the Fed forces banks to hold a _______ quantity of monetary base and the interest rate _______.By lowering the interest rate, the Fed makes it _______ costly for the banks to borrow monetary base and the interest rate _______.When the Fed sells securities in the open market, the monetary base _______ and the interest rate _______.
For each molecule of glucose-6-phosphate that enters the pentose phosphate pathway, _____ NADPH and _____ CO2 are produced.
Group of answer choices
1; 1
2; 1
a; 0
3; 2
2; 2
The value of ?Ho for the reaction below is -1060 kJ.
2 Ba(s) + O2(g) ? 2 BaO(s)
How many kJ are released to the surroundings when 6.94 grams of Ba(s)reacts completely with oxygen to form BaO(s)?
Write your answer in standard or exponential notation without units
The MOSFET in the circuit shown below has
\mu _(n)C_(ox)((W)/(L))=5.6m(A)/(V^(2)). Find the value of g_(m)m(A)/(V) V_(D)=0V with an overdrive voltage of 0.42 V .
A sample containing anthracene dissolved in methane was separated using gas chromatography. methane was detected at 41.3s (tM) and anthracene was detected at 200.0s (tR). The manufacturer of the column states that the volume of the mobile phase (VM) is 6.0 times the volume of the stationary phase (VS). Calculate the retention factor (k) and the distribution constant (KD) for anthracene in this separation.
