Answer:
I think I think it will be 2:35 or 2:50
Answer:
C. Claim the new technology software does not decrease the number of students who drop out, when it does decrease the number.
Explanation:
Here are the options to this question :
A. Claim the new technology software decreases the number of students who drop out, when it does decrease the number of dropouts.
B. Claim the new technology software decreases the number of students who drop out, when it does not decrease the number.
C. Claim the new technology software does not decrease the number of students who drop out, when it does decrease the number.
D. Claim the new technology software does not decrease the number of students who drop out, when it does not decrease the number.
E. Claim the new technology software increases the number of students who drop out, when it decreases the number.
Type 2 error is when a false null hypothesis is not rejected. It is also known as a false negative
A null hypothesis is an hypothesis used that suggests that there is no difference between features of a population
Answer:
Neither changed
Explanation:
Based on the information given, if you decide to take the amount of $100 out of your piggy bank and deposit the amount in your checking account this means that neither M1 nor M2 changed, what only changed was the form of M1, therefore based on these you will have less availability of money or cash but have a larger checking account which allows you to make withdrawals and as well as deposits.
Answer: The statement given in the following question is <u><em>false. </em></u>
Explanation: While computing the effective interest rate method of amortization;<em><u> </u></em><u><em>we use the the market rate of interest thereby multiplying it by value of the bond at the beginning of the given period. </em></u>In the given question it's said that we consider the face value , which isn't right.
Therefore the statement given in the following question is <u><em>false. </em></u>
Answer:
$50 billion
Explanation:
To find the change in aggregate expenditures, we need to find the change in consumption. For this, we will use the marginal propensity to consume formula:
MPC = ΔC/ΔY
Where:
MPC = Marginal propensity to consume
ΔC = Change in consumption
ΔY = Change in output (GDP)
We know that out MPC is 0.5, and our ΔY is $billion. We plug these amounts into the formula:
0.5 = ΔC / 100 billion
And we rearrange the equation to solve for ΔC
ΔC = $ 100 billion x 0.5
ΔC = $50 billion
So the change in consumption is $50 billion, which is also the change in aggregate expenditure.