Answer:
Factor of GCF(Greatest common factor) of given expression = [2 × 3 × m]
Step-by-step explanation:
Given expression;
24m³ + 54m
Find:
The factor of GCF(Greatest common factor) of the given expression.
Computation:
24m³ + 54m
Step 1 :
Write in factor form;
[2 × 2 × 2 × 3 × m × m × m] + [2 × 3 × 3 × 3 × m]
Step 2 :
By taking [2 × 3 × m as common]
[2 × 3 × m][(2 × 2 × m × m) + (3 × 3)]
Step 3 :
[2 × 3 × m][(4m²) + (9)]
Factor of GCF(Greatest common factor) of given expression = [2 × 3 × m]
Answer:
Taking LHS:-
<u>eqn 1:-</u>
same with the other one
<u>eqn. 2:-</u>
<u>eqn. 1 - eqn. 2 :-</u>
after distributing the minus sign inside the braces AA and BB get canceled, while the other two add up.
LHS = RHS
Hence, Proved! =D
Answer: I believe the answer is 28 ft. It'd be more convenient if I knew the area of it...although then you wouldn't need help answering this.
Step-by-step explanation:
To enlarge a shape use scale factor of three or something like that but dont be mad if im wrong
If you would like to know what is the machine's value after 5 years, you can calculate this using the following steps:
1 year: $500,000 - 10% * $500,000 = 500,000 - 10/100 * 500,000 = $500,000 - $50,000 = $450,000
2 years: $450,000 - 10% * $450,000 = 450,000 - 10/100 * 450,000 = $450,000 - $45,000 = $405,000
3 years: $405,000 - 10% * $405,000 = 405,000 - 10/100 * 405,000 = $405,000 - $40,500 = $364,500
4 years: $364,500 - 10% * $364,500 = 364,500 - 10/100 * 364,500 = $364,500 - $36,450 = $328,050
5 years: $328,050 - 10% * $328,050 = 328,050 - 10/100 * 328,050 = $328,050 - $32,805 = $295,245
The correct result would be $295,000.
