Answer:
I made is clear for you, now you may match each one
Step-by-step explanation:
f(1)= 11, f(n)= 3*f(n-1)
- 11*3= 33, 33*3= 99, 99*3= 297, ...
⊕ middle
f(1)= -18, f(n)= f(n-1)+21
- -18+21= 3, 3+21= 24, 24+21= 45, ...
f(1)= -18, f(n)= f(n-1) + 22
- -18+22= 4, 4+22= 26, 26+22= 48, ...
f(1)= -18, f(n)= 2*f(n-1)
- -18*2= -36, -36*2= -72, -72*2= -144, ...
⊕ bottom
f(1)= -18, f(n)= 6*f(n-1)
- -18*6= -108, -108*6= -648, -648*6= -3888, ...
- - 18, - 108, - 648, -3888, ...
⊕ top
f(1)= 11, f(n)= f(n-1) + 22
- 11+22= 33, 33+22= 55, 55+22= 77, ...
<span>Given a function, if you suspect a root lies near a specific point on the number line, you can evaluate the function at several nearby values and see whether the evaluation is positive or negative. Using a calculator, you should find two real numbers that are at distance 0.01 from one another, such that one real number evaluates positive, and the other evaluates negative. Then the interval between these values contains a root.</span>
Answer:
a)=251.2 cm b)=50240 cm
Step-by-step explanation:
a) The formula for calculating the circumference of a circle is c=d*pie, where D is the diameter of the circle.
Therefore, C = 2 * 40 * 3.14 = 251.2 cm
b) The distance covered by 200 revolutions of the wheel is 200 times the circumference, 200*251.2=50240 cm.So to think about this we can assume that there is a point A on the wheel, the distance that point A travels when it rotates 200 times.
A fraction is in it's simplest form if both of the numerator and denominator are not divisible by a number.
A, b, d. Dilation is NOT <span>an </span><span>isometry</span>
