Table indicating application of each transaction on the bank reconciliation statement.
<h3>Bank reconciliation statement </h3>
Item Bank Balance Cash Book Balance Shown/Not shown
1. N/A Deduct Shown
2. N/A Add Shown
3. N/A N/A Not Shown
4. Add N/A Shown
5. N/A Deduct Shown
6. N/A N/A Not Shown
7. N/A Deduct Shown
8. N/A Add Shown
9. N/A N/A Not Shown
10. Deduct N/A Shown
11. Add N/A Shown
12. N/A Deduct Shown
N/A = not applicable
ADD= Add to the balance
Deduct =To deduct from the balances of the affected accounts
Shown/Not shown=Shown/Not shown on reconciliation
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The average speed between t = 1.0 s and t = 4.0 s will be 2.1+0.3 which is 2.4m/s
<h3>
Velocity function </h3>
Given the equation for the position of the mouse expressed as:
The velocity of the particle is expressed as:
Given that p = 0. 40 m/s and q = -1. 10 m/s, the equation will become:
If the time is <em>t = 1.0 s, the velocity will be:</em>
Similarly if t = 4.0ssec, hence:
The average speed between t = 1.0 s and t = 4.0 s will be 2.1+0.3 which is 2.4m/s
<em>Learn more on</em><em> average speed </em><em>here: brainly.com/question/4931057</em>
Complete question
<em>A mouse runs along a baseboard in your house. The mouse's position as a function of time is given by x(t)=pt 2+qt, with p = 0.40 m/s2and q = -1.10 m/s . Determine the mouse's average speed between t = 1.0 s and t = 4.0 s. I have tried everything and the answer is not 0.40 m/s</em>
(A) The supply function generally is considered to have positive slope. Qa has positive slope. Qb has negative slope, so is probably the demand function.
supply function: Qa
demand function: Qb
(B) The equilibrium price is the price that makes supply equal to demand.
Qa = Qb
50 +p = 200 -4p
5p = 150
p = 30
The equilibrium price is 30.
(C) The price elasticity of supply is computed as
Es = (dQa/dp)·(P/Qa) = 1·p/(50+p)
Es = p/(50+p)
At p=30, the numerical value is Es = 30/80 = 3/8. Qualitatively, the supply is inelastic.
