Answer:
Step-by-step explanation:
Given
Required
Simplify
To do this, we apply laws of indices:
So:
Add the exponents
Answer:
Step-by-step explanation:
The distance, D, is given by the speed, S, times the time, T:
D = S*T
<u> D </u> <u> S*T </u> <u> Time </u> <u>Equation for each segment</u>
200 = 150T1 T1 = 1.33 hr y=150x 0 T 1.33 hr
300 = 200T2 T2 = 1.5 hr y=200x 1.33 T 2.83 hr
400 = 250T3 T3 = 1.6 hr y=400x 2.83 T 4.43 hr
The graph can be drawn as three lines, ione each for the three segments, each having the slope shown in the equation for that segment and extending between the range of values for T (which is the "x" in the equation and on the graph). The y axis will be ditance, in km.
The overall speed is the total distance divided by the total time:
D(km) T(hr)
1) 200 1.33
2) 300 2.83-1.33 = 1.5
3) <u>400</u> <u>4.43-2.83 = 1.6</u>
900 km 4.43 hr
(900 km)/(4.43 hr)
Average speed = 203.01 km/hr
Answer:
umm, i think the question is incomplete
Step-by-step explanation:
8 BECAUSE IT CAN BE SIMPLIFIED further
Answer:
The Parry Glitter Company
The Parry Glitter Company should record the Notes Receivable as $300,000.
It should also record the interest receivable per year as $24,000 and the advertising cost as $24,000 per year. These bring into the accounting records the interest revenue and also the advertising expense, which eventually cancel each other.
Step-by-step explanation:
a) Data and Calculations:
Notes Receivable = $300,000
If the notes receivable are repaid at the end of 3 years and it is assumed that the interest on the notes receivable = 8%
Therefore, the cost of the free advertising will be equal to $24,000 ($300,000 * 8%), which is the cost of the interest to the radio station.