Solving a cubic equation, it is found that the dimensions of the container are of <u>1 inch, 9 inches and 5 inches.</u>
The volume of the <u>cubic container</u> is given by the following equation:
Since it holds 45 cubic inches of merchandise, we have that , then:
Using a cubic equation calculator, the real solution is , thus, the dimensions are:
The dimensions of the container are of <u>1 inch, 9 inches and 5 inches.</u>
A similar problem is given at brainly.com/question/16606259
Answer:
PEMDAS
Step-by-step explanation:
P - Parentheses (Brackets also!)
E - Exponents
M and D - Multiplication and division. Many people think multiplication has to be done first as said in "PEMDAS" but it doesn't. Do multiplication and division according to which ever one is farthest to the left (left to right).
A and S - Addition and subtraction. Same thing applies here, neither addition or subtraction has to be done first, just do them according to which one is farthest to the left when reading the expression from left to right.
A triangle cannot have two right angles because the sum of all three angles of a triangle is 180. If there were two right angles in a triangle, then the two angles themselves would equal to 180 degrees, without adding the third angles. Since the degrees added up would have to equal 180 and with two right angles it would be more than 180, there cannot be two right angles in a triangle.
Answer: cubic meters : m³
Step-by-step explanation:
Cylinder volume is the product of area of the base by height.
Area of the base is the product of π·radius² = square meters : m²
Volume = square meters·meters = m²·m = cubic meters : m³
Answer:
Because alternate exterior angles are congruent
Step-by-step explanation: