I think the answer is d. the moon's umbra only covers a small area on earths surface.
Men's earnings are largely viewed as supplemental to women's. D would be the correct option.
<h3>What is gender pay gap?</h3>
It is the deliberate reduction in the pay of women as opposed to men in the same job position.
The gender pay gap is justified by a couple of arguments. These include:
- Women being employed in lower-paying jobs as opposed to men.
- Women sacrificing career growth in favor of raising children.
- Women asking for lesser payment during the selection phase
Thus, the earnings of men being viewed as supplemental to women's is not one of the arguments used in justifying the gender pay gap.
More on gender pay gap can be found here: brainly.com/question/14511610
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a) women are disproportionately employed in lower-paying, lower-status occupations
b) Women leave the labor market to care for children and elderly parents and then re-enter it
c) women underestimate their worth to employers and ask for less than their male counterparts
d) Men's earnings are largely viewed as supplemental to women's
Answer: mercury and venus are (closer to) the sun than earth is. so their orbital periods are (shorter) than earths orbit. the further a planet is from the sun the (longer) it’s orbit is.
Explanation:
The final rotational speed ω_final and the instantaneous power P delivered to the wheel are; ω_f = √((ω_i)² + 2(FL/(kmr²) and P = Frω_i
<h3>What is the Instantaneous Power?</h3>
A) From rotational kinematics, the formula for the final angular velocity is;
ω_f = √((ω_i)² + 2αθ)
where;
α is angular acceleration
θ = L/r. Thus;
ω_f = √((ω_i)² + 2α(L/r))
Now, α = T/I
Where;
I is moment of inertia = k*m*r²
T is t o r q u e = F * r
Thus;
α = (F * r)/(kmr²)
α = F/(kmr)
ω_f = √((ω_i)² + 2(F/(kmr))(L/r))
ω_f = √((ω_i)² + 2(FL/(kmr²)
B) Formula for instantaneous power is;
P = Fv
where at t = 0; v = rω_i
Thus;
P = Frω_i
Read more about Instantaneous Power at; brainly.com/question/14244672
The exercise is related to the Ratio Test for Convergence. The rules for this kind of test are given below.
<h3>What are the rules for Ratio Test for Convergence?</h3>
The rules are:
- If the limit is less than 1 when conducting the ratio test, your series is definitely convergent.
- The test is inconclusive if the limit is equal to 1.
- The series is divergent if the limit is greater than 1.
Using this knowledge, we are able to state that
- A is not conclusive.
- C's convergence is absolute.
- There is divergence with D and E.
- B and F appear to be employing the nth-term test. The nth-term involves determining the sequence's limit as it approaches infinity.
The nth-term test determines whether a series is divergent if the limit is bigger than 0, thus, both B and F are divergent series.
Please see the attached for the full question and the link below for more about Ratio Test for Convergence:
brainly.com/question/16618162
