False, a circle cannot be circumscribed about the quadrilateral given in the task content.
<h3>Can a circle be circumscribed about the quadrilateral?</h3>
The quadrilateral given in the task content is a trapezium with two parallel but unequal opposite sides. On this note, it follows that a circle cannot be drawn around the trapezium because not all vertices of the trapezium would be on the circles circumference.
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Answer:
A book about a mass of 1 kilogram, but that isn't the only answer.
Explanation:
There's many objects with a mass of one kilogram like one liter of water, a pineapple, bag of sugar etc.
The product of −47.01 × 6.2 is −291.462.
<h3>What is mathematical
product?</h3>
A product can be described as the result of multiplication, when dealing with an expression .
If we perform the multiplication operation on −47.01 × 6.2
Then we will have −291.462.
Therefore option A is correct.
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Answer:
b), d)
Step-by-step explanation:
Supplementary angles add up to 180 degrees.
Hello,
g=9.81m/s²= 9.81/0.3048 =32.18.. ft/s² rounded to 32
h=-g/2*t²+vt+h0
if t=0,h=0 ==>h0=0
==>h=-16*t²+vt
50 ft in 2.5s ==> 25 ft in 1.25s
25=-16*1.25²+v*1.25
==>v=50/1.25=40
Equation h=-16t²+40*t