So we just divide 165 by 3.75 to get 44 copies per minute.
Answer: 2:5
Step-by-step explanation:
Minutes played on the computer= 2
Minutes played outside= 5
Ratio= 2:5
Answer:
10.125 ft^2
Step-by-step explanation:
Our strategy will be to find the area of each shape, therefore finding the area of each rectangle and the triangle, and then adding all the areas together. So, for the leftmost rectangle, the area is 1.5 ft x 3 ft = 4.5 ft. For the bottom rectangle, the area is the same, due to it having the same side lengths. For the triangle, we can find the area using A = (1/2) x base x height. The base and height are both 1.5, due to them being sides of the two rectangles. Therefore, the area is 1.5 x 1.5 x (1/2) = 1.125. Then, to get the total area we have to add up the areas we've already calculated. Therefore 4.5 + 4.5 + 1.125 = 10.125 ft^2
Answer:
Area of the bounded region = 4 sq units
Step-by-step explanation:
The region bounded by y-axis,x-axis and the given line is in the shape of a right-angled triangle which is right-angled at origin.
Hence :
Area of the bounded region = Area of the right-triangle formed
=
Base length of the Δ = x-intercept of the line
Height of the Δ = y-intercept of the line.
x-intercept is obtained by putting y=0 in the equation y=-2x+4
∴x-intercept = 2
y-intercept is obtained by putting x=0 in the equation y=-2x+4
∴y-intercept = 4
Area of the right-triangle = 
The maximum data rate of that modem is doubled if the number of points in its constellation were doubled
According to statement
Modem has a data rate is 14,400 bps
we know that the data rate can be calculated by T=A/S
If a is Doubled then the data rate is also doubled.
Because A is directly proportional to the T and S is inversely proportional to T.
So, The maximum data rate of that modem is doubled if the number of points in its constellation were doubled
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