The determinant of the given matrix is 8+4xz-8y. Therefore, the determinant depends on the variable.
Determinants are considered as a scaling factor of matrices. They can be considered as functions of stretching out and the shrinking in of the matrices. Determinants take a square matrix as the input and return a single number as its output.
The given matrix is
The determinant of 3×3 matrix can be find using
|C|= a₁(b₂c₃−b₃c₂)−b₁(a₂c₃−a₃c₂)+c₁(a₂b₃−a₃b₂)
Now, 1(2×4-z×0)-0(x×4-y×0)+4(x×z-y×2)
= 8+4xz-8y
The determinant of the given matrix is 8+4xz-8y. Therefore, the determinant depends on the variable.
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Answer:
det = 8
Step-by-step explanation:
1(8 - 0) - x(0 - 0) + y(0 - 0)
= 8
Answer:
They need to at least 9 packs of shirts and 15 packs of caps in order to meet their needs.
Step-by-step explanation:
Given that
Total members of club = 45
Total caps needed = 45
Total shirts needed = 45
Number of caps contained by each pack of caps = 3
Number of Shirts contained by each pack of caps = 5
Now we have to find the least number of packs of caps and shirts that they need to buy in order to fulfill the needs of each member.
Total packs of shirts needed = Total shirts needed/ Shirts in each pack
= 45/ 5 = 9
Total packs of caps needed = Total caps needed/ caps in each pack
= 45/ 3 = 15
So, they need to at least 9 packs of shirts and 15 packs of caps in order to meet their needs.
Answer:
7.5, and the fraction for it is 7 1/2.
Step-by-step explanation:
15 / 2 = 7.5 = 7 1/2
Karyn's proofreading rate is 7.5(7 1/2) pages per hour.
Hope this helps!
2. Volume = 96 cu yd Length = ____ Width = 6 yd Height = 8yd
3. Volume = 125 cu ft Length = 5 ft Width = ____ Height = 5 ft