Answer:
801 metres
Step-by-step explanation:
To find the distance we must firstly find the circumference of the wheel;
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If the wheel made 300 full revolutions, then we multiply the circumference by 300;
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We can now convert this to decimal to give our distance cm. Therefore we must then divide our answer by 100 to get the distance in metres;
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Hope this helps! :D
Answer:
yes
Step-by-step explanation:
The graph is of a function (one output for every input) that also passes the horizontal line test (one input for every output). Hence it is one-to-one.
For a <em>function</em>, the key for it being one-to-one is that it pass the horizontal line test.
The area of the yard is 50,600 square feet.
Option: C.
<u>Step-by-step explanation:</u>
The given information forms a trapezoid.
The AB is the upper base (a) and its length is 200 feet.
The CD is the lower base (b) and its length is 260 feet.
A straight line distance from AB and CD is the height (h) and its measures as 220 feet.
The area of trapezoid A= .
A= .
=.
=230(220).
=50600
Thus the area of John's yard is 50,600 square feet.