Answer:
It is 3.25 times
Explanation:
EBITDA Multiple = Enterprise Value/ EBITDA
Where EBITDA = EBIT+Depreciation & Amortization
= $91,000+$157,000
=$248,000
Enterprise Value (EV) = Market value of the equity +Debt-Cash and Cash Equivalent
EV= $645,000+$215,000-$53,000
=$807,000
Hence, EBITDA Multiple = $807,000/$248,000
=3.25 times
EBITDA Multiple is used to compares a company’s Enterprise Value to its annual EBITDA.
Answer:
3.46 m/s
Explanation:
This is actually a Physics question and not a Business question.
According to the property of conservation of momentum, the speed of the Mazda before the collision multiplied by the mass of the Mazda must equal the speed after the collision multiplied by the mass of both cars:
The post-collision speed of the two entangled cars is 3.46 m/s.
To remove almost all of the sodium and minerals
Each establishment, whether small or big, government-owned or private companies, always have to backup their files in case of emergencies. As you make your backup plan, you must come across these five basic key questions:
1. Are you backing up all your data? You have to sort your files to be backed up because storage can be limited.
2. How often is your data backed up? You must make sure to back up your data on a regular basis, if not day-to-day.
3. Who is responsible for your backups? For big companies, it is too big of a task for one person to shoulder. Usually, this is tackled by a department, usually the I.T. Department.
4. Do your backups actually work? You should test regularly if these back ups actually work by restoring data files every now and then.
5. Do you have right backup checks and balances in place? The I.T Department tackling backup plans is one thing. But there should also be checks and balances so that you have a backup of your backup. It's better to be safe than sorry.
Answer:
$231,140
Explanation:
The computation of the amount reported in the cost of goods sold is shown below:
= Number of pool cues sold × total manufacturing cost per pool cue
where,
Number of pool cues sold would be 26,000 pool cues
And, the total manufacturing cost per pool cue would be
= Direct Materials per cue + Direct manufacturing Labor per cue + Manufacturing Overhead per cue
= $2 + $6 + $0.89
= $8.89
Now put these values to the above formula
So, the value would be equal to
= 26,000 cues × 8.89
= $231,140
