How is the distance from the sun for planets in our solar system related to the mean temperature of each planet? To find out, scatterplots that relate the distance of each planet (including pluto) from the sun in millions of miles and the mean planetary temperature in kelvin were created. Some of the scatterplots use the natural log to transform one, or both, of the variables. Based on the scatterplots, what type of model is most appropriate for comparing distance and temperature?

A. An exponential model is appropriate because the scatterplot relating distance the temperature is curved

B. A linear model is appropriate because the scatterplot relating In(distance) to In(temperature) is roughly linear.

C. A power model is appropriate because the scatterplot relating In(distance) to In(temperature) is roughly linear

D. an exponential model is appropriate because the scatterplot relating distance to In(temperature) is roughly linear

dc=6 square root of 3 and ac is 12 square root 3

c and d

step-by-step explanation:

square root of 3/2 = 18/c

cross multiply to get 18*2=√3*c

36/√3 * √3/√3 = c

c= 36*√3/3

c=12√3

d) by the cross product property, ab^2 = bc multiplied by ad

step-by-step explanation:

we are given

in the given triangle abc

angle a is 90° and segment ad is perpendicular to segment bc

we can see that

triangle(abc) and triangle(abd) are similar because they have common side and same angle (90 degree)

so, triangles(abc) and abd are similar

since, they are similar

so, the ratio of their sides must be equal

we get

now, we can cross multiply

and we get

so, this could be step to prove it

27 +27 or 27times 2=54

the diffrence is 0

a mantle plume is an upwelling of abnormally hot rock within the earth's mantle. as the heads of mantle plumes can partly melt when they reach shallow depths, they are thought to be the cause of volcanic centers known as hotspots and probably also to have caused flood basalts.

step-by-step explanation: