Answer: <u>$4,500</u>
Explanation:
Equipment was purchased for $76,000.
It has an estimated useful life of 8 years.
It will be sold for $4,000 after these 8 years so that is the salvage value.
With these figures depreciation per annum is calculated with the following formula;

= 
= $9,000
The Equipment was purchased on July 1, Year 1. In Year 1 therefore it will only be in use for half the year and this is what it should b depreciated in light of.
Semi-annual Depreciation = 9,000/2
= <u>$4,500</u>
Answer:
The answer is option (c), no he will not pass because he is running 4.8 miles in 35 minutes
Explanation:
This can be expressed as;
Speed=Distance/Time
where;
Distance to be covered=5 kilometers
Time=35 minutes
replacing;
speed=(5/35)=0.143 km/min
In order to pass the fitness test his speed has to be greater than 0.143 km/min
Determine if 3 miles per 35 minutes is greater than 0.143 km/min
I mile=1.6 kilometers
How many kilometers make 3 miles,
Jimmy runs=(3×1.6)=4.8 kilometers in 35 minutes
Speed=4.8/35=0.137 kilometers/minute
Speed jimmy runs (0.137 km/min)<the pace he needs to run to pass fitness test(0.143 km/min)
The answer is option (c), no he will not pass because he is running 4.8 miles in 35 minutes
Answer:
a trade surplus and positive net exports.
Explanation:
If a country sells more goods and services to foreign countries than it buys from them, it means the country's export is greater than its import. If export is greater than import, net exports (export- import ( would be postive.
Also, there would be a trade surplus.
A trade surplus is when the value of export is greater than imports.
I hope my answer helps you
Option answer:
d. Interest = $10.64 and New Balance = $360.64
Answer:
A = $360.64
A = P + I where
P (principal) = $350.00
I (interest) = $10.64
Calculation Steps:
First, convert R as a percent to r as a decimal
r = R/100
r = 1.5/100
r = 0.015 rate per year,
Then solve the equation for A
A = P(1 + r/n)nt
A = 350.00(1 + 0.015/4)(4)(2)
A = 350.00(1 + 0.00375)(8)
A = $360.64
Summary:
The total amount accrued, principal plus interest, with compound interest on a principal of $350.00 at a rate of 1.5% per year compounded 4 times per year over 2 years is $360.64.
Answer:
<em>Translate the parent function, 2 units upward</em>
Step-by-step explanation:
Given

See attachment for the graph
Required
Determine the change in f(x) that gives the dashed line
Let the dash line be represented with g(x)
From the attachment, there is only one transformation from f(x) to the g(x).
When f(x) is translated 2 units vertically upwards
, it gives g(x); the dash line.
If
Then g(x) is:
