Answer:
steelersssss all the way babyyyy
Explanation:
Answer:
A) Scan the highway far and wide.
B) Think about how slow, stop or change lanes suddenly.
Explanation:
The Smith Driving Standards can be a very useful guide for defensive driving techniques. It includes the Five Principles of Defensive Driving:
- Aim high
: you should be alert and focused, and your head should be held up high so that you can view the whole road.
- The Big Picture
: try to identify angry or erratic drivers, and always be aware of your surroundings.
- Keep Your Eyes Moving: you must be alert and keep your eyes on the road.
- Leave Yourself An Out
: try to anticipate what other drivers are doing so that you have a possible exit in case you need to change lanes suddenly.
- Ensure they see you: make sure other drivers have noticed you.
Answer:
See below
Explanation:
1. Predetermined overhead rate
= Total fixed overhead cost for the year / Budgeted standard direct labor hour
Predetermined overhead rate = $530,400 / 68,000
Predetermined overhead rate
= $7.8 per direct labor hour
2. i. Fixed overhead budget variance
= Actual fixed overhead - Budgeted fixed overhead
= $521,000 - $530,400
= $9,400 favourable
ii Fixed overhead volume variance
= Budgeter fixed overhead - Fixed overhead applied to work in process
= $530,400 - (66,000 × $7.8)
= $530,000 - $514,800
= $15,200 unfavorable
The amount by which Alex's deposit amount vary from Javier's if Alex also makes a deposit today, but earns an annual interest rate of 6.2 percent is $3381.39.
<h3>
How to calculate the value?</h3>
We use the formula:
A=P(1+r/100)^n
where
- A=future value
- P=present value
- r=rate of interest
- n=time period.
Hence future value Javier will be:
=$15000*(1.052)^27
=$58,954.40
For Alex:
58,954.40=P*(1.062)^27
P=58,954.40/(1.062)^27
=$11618.61
Hence difference will be:
=15000 - 11618.61
= $3381.39
Learn more about interest on:
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Answer:
e) $37.05
Explanation:
Using the dividend growth model, the value of a stock is the present value of the future dividends receivable discounted at the required rate of return . The required rate of return is given as 12%.
So we discount the year 3 dividend using the dividend growth model formula
P = D (1+g)/r-g
r- rate of return, g = growth rate
Present value of the future dividends:
PV of Year 1 = 1.55(1.015)m × 1.12^(-1)
= 1.4047
PV of Year 2 = 1.55 (1.015)(1.015) × 1.12^(-2)
= 1.27
PV of Year 3 (this will be done in two steps)
Step 1; PV (in yr 2) of year 3 dividend
= (1.55)(1.015)^2×(1.08)/(0.12-0.08)
=43.114
Step 2 : PV (in yr 2) of year 3 dividend
=43.114 × (1.12^(-2))
= 34.37
Best estimate of stock = 1.40 + 1.27 +34.37
= $37.05
Note
To discount the year 3 dividend, we use two steps. The first stp helps get the PV in year 2, and step 3 helps to take it further to the PV in year 0
