The math I used is probably not the quickest way, but for me, the easiest.
25*5=125 25+20=45 45*7=315 125+315=440 25*4=100 440+100=540 5+7+4=16
B is your answer.
Answer:
57 Square Feet
Step-by-step explanation:
First, we determine the area of the parallelogram shaped parking space.
Area of a Parallelogram= base X Perpendicular Height
= 17X9=153 Square feet.
Next, we determine the area of the car packed on the space.
The space where the car is packed is 16 feet long and 6 feet wide.
This suggests a rectangular shape.
Area of the Packed Car
Length X Breadth=16X6= 96 Square feet.
Finally, we determine the area of the packing space not covered by the car.
Area not covered=Area of Parking Space - Area Covered by the Car
=153-96
=57 Square Feet
That is not possible to make a triangle with a right angle and a acute angle because a acute triangle only has acute angles and a right triangle has a obtuse angle in it
Answer:
Length of segment QV = 35 units
Step-by-step explanation:
As shown in the figure attached,
Diagonals of TQVS are perpendicular to each other. Therefore TQVS will be a kite. By the property of a kite,
"There are two pairs of the sides which are equal in measure."
Therefore, TS ≅ TQ and SV ≅QV
Since TS ≅ TQ,
3x + 2 = 29 [Given: TQ = 29 units]
3x = 29 - 2
3x = 27
x = 9
Another pair of the consecutive sides is,
SV ≅ QV ≅ (4x - 1)
By substituting the value of x,
QV = (4 × 9) - 1
= 36 - 1
= 35 units
Therefore, length of segment QV = 35 units
Answer: if you graph these points, you'll see that the line is horizontal, so the slope is zero. It will cross the y axis (y intercept) at y=1.
Step-by-step explanation:
Slope = y2-y1/x2-x1, so in this example:
m = 1-1/it doesn't matter because the answer will be zero!!
Now for slope intercept form:
y = mx + b
y = 0x + b; take one of your points and plug it in:
1= 0(2)+ b
1=0 + b
1=b
So your equation is:
y= 0(x) + 1
y=1
