100 points a) No, the voltages do not appear to follow a normal distribution; instead of being concentrated near the middle of the distribution, the values appear to be rather evenly distributed.

b) Yes, the voltages appear to follow a normal distribution; the values appear to be rather evenly distributed.

c) No, the voltages do not appear to follow a normal distribution; instead of being concentrated near the ends of the distribution, the values appear to be rather evenly distributed.

D) Yes, the voltages appear to follow a normal distribution; the values are not concentrated near the ends of the distribution.

D) Yes, the voltages appear to follow a normal distribution; the values are not concentrated near the ends of the distribution

hope it helps

#carry on learning ❤️❤️

d

Step-by-step explanation:

it matches what i think

branliet plzz

x = central angle apc = measure of minor arc ac

the two angles x and 30 add to 180, so x+30 = 180 and x = 180-30 = 150. the measure of minor arc ac is 150 degrees.

what we need to do from here is find the circumference and then multiply it by x/360 since there are 360 degrees in a circle. in this case, x = 150, so x/360 = 150/360 = 15/36 = 5/12. the shortest distance along the curve from a to c is 5/12 of the distance around the entire circle (aka circumference)

c = circumference

c = pi*d

c = pi*24

c = 24pi

now multiply this by 5/12 to get

distance along minor arc ac = (5/12)*(circumference)

distance along minor arc ac = (5/12)*(24pi)

distance along minor arc ac = 10pi

the formula you can use is

l = (x/360)*pi*d

with

l = length of minor arc

x = central angle

d = diameter

which essentially is the steps we took though a bit differently.

the barter