Read the following lines from the poem.
"and the mother is cooking something
in immaculate slacks by a smokeless fire,
her teeth white as detergent"
What is the most likely reason the mother’s teeth are described in this way?
(1 point)
Responses
to create an appearance of happiness
to create an appearance of happiness
to form an image of family togetherness
to form an image of family togetherness
to contrast with the grayness of the fire
to contrast with the grayness of the fire
to highlight the unrealistic nature of the scene
to highlight the unrealistic nature of the scene
to create an appearance of cleanliness and perfection
Which of the following mess explains why Mars and Venus surface temperature varies DESPIT both planets have ATMOSBAERES that contains mostly CARBONDIOXIEE 1.pont
The most likely reason for the variation in surface temperature on Mars and Venus, despite both planets having atmospheres that contain mostly carbon dioxide, is differences in atmospheric thickness and composition, as well as variations in distance from the Sun.
A Venus has a sufferer of high mountains with ABSORV heat
B Martha's then ATMOSPHER that cannot hold much heat
C Venus has a thick ATMOSPHER which blocksxing from the surface
D Mars has a surface of red rocks and Sandwich reflex heat
The correct sentence should be:
C) Venus has a thick atmosphere which blocks heat from the surface.
This is one of the reasons why Venus has such high temperatures, as the thick atmosphere traps and retains heat on the planet's surface.
Is Venus the hottest Solar System planet
A. It's ATM OSPHER is rich &c ARBON dioxide gas
B. It has a core and mantle and a crust
C. It is closest to the sun
D. It has abundance of nitrogen and oxygen gases
A. It's atmosphere is rich in carbon dioxide gas.
This is the most correct answer to explain why Venus is the hottest planet in the Solar System. The thick atmosphere of Venus is composed mostly of carbon dioxide, which creates a strong greenhouse effect, trapping heat and leading to extremely high temperatures on the planet's surface.