The heights of the elevators can be modeled by the linear functions. At times t=0. Elevator A is 16 feet above ground floor and
descends at the rate of 4 feet per minutes. Elevator B is shown in the graph. Select ALL the true statements.
A. The initial height of Elevator A is less than Elevator B
B. Elevator A descends at a faster rate than Elevator B
C. Elevator A will reach the ground first
D. Elevator B will reach the ground first
E. The initial height of Elevator B is less than Elevator A
A. The initial height of Elevator A is less than Elevator B
B. Elevator A descends at a faster rate than Elevator B
C. Elevator A will reach the ground first
D. Elevator B will reach the ground first
E. The initial height of Elevator B is less than Elevator A
1 answer:
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Answer:
square; perimeter 20 units; area 25 square units.
Step-by-step explanation:
As the attachment shows, each side of the polygon is the hypotenuse of a 3-4-5 right triangle, so has length 5 units. The perimeter is the sum of those lengths, 4×5 = 20; the area is the product of the lengths of adjacent sides, 5×5 = 25.
The figure is a square of side length 5 units.
The perimeter is 20 units; the area is 25 square units.
Answer:
Ratio = 3 : 2 and value of m = 5.
Step-by-step explanation:
We are given the end points ( -3,-1 ) and ( -8,9 ) of a line and a point P = ( -6,m ) divides this line in a particular ratio.
Let us assume that it cuts the line in k : 1 ratio.
Then, the co-ordinates of P = .
But, = -6
i.e. -8k-3 = -6k-6
i.e. -2k = -3
i.e.
So, the ratio is k : 1 i.e i.e. 3 : 2.
Hence, the ratio in which P divides the line is 3 : 2.
Also, = m where
i.e. m =
i.e. m =
i.e. m =
i.e. m = 5.
Hence, the value of m is 5.