The average rate of change of the function at the interval is -8
<h3>How to determine the average rate of change?</h3>
The table that completes the question is added as an attachment
From the table, we have:
f(5) = -26
f(3) = -10
The average rate is then calculated as:
Rate = (f(5) - f(3))/(5 -3)
This gives
Rate = (-26 + 10)/(5 -3)
Evaluate
Rate = -8
Hence, the average rate of change of the function is -8
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Answer:
To calculate the simple interest, we say
S.I = (PxRxT)/100
Where P = the principal amount
R= rate in terms of %
And T= time.
Now P= $100 000
R= 8%
T= 3 years
S.I= (100,000 x8 x3)/100
=$2 400 000/100
= $24, 000
So the interest is 24000
Total amount he will be having = 100000 + 24 000
The total money he will be having in 3 years time = $124 000
Step-by-step explanation:
Answer:
Adding the 2 known angles: 60° + 100° = 160° We subtract this from 180°. 180° – 160° = 20°. Our missing angle is 20°. To find a missing angle in a triangle we subtract the two known angles from 180°.
Step-by-step explanation:
0.0003 would be 1/10 of 0.00003. If you divided 0.00003 by 10 you would get 0.0003. In fraction form it is 3/10,000
Hoped this helped.
It’s a grouping of linear(straight line)equations that deal with the same variables. Hope that helped?
