Answer:in this photo, this phase of the moon is called waning crescent.
The next phase will be new Moon.
About 27 days from now the phase will be waning crescent.
Explanation: Just did it on edge 2020 :)
<span>you are still likely to do the favor for ben because you have just been a victim of the: lowball technique
The lowball is a selling technique in which an item is offered at a lower price than actually intended AFTER we increase the basis price. This technique often works because people have the tendency to conform to additional favor is it convinced to do another favor before
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Answer:
Downward sloping; horizontal line; demand; large number of competitors
Explanation:
A monopoly is a market structure where there is only a single firm in the market. This firm is a price maker. It can charge whatever price it wants, but the consumers will demand more at a lower price.
That is why the demand curve of a monopoly is downward sloping and the same as the market demand curve.
A perfectly competitive market refers to the market structure where there is a large number of buyers and sellers. These firms are price takers. They face a horizontal line demand curve. This is because of a large number of competitors producing homogenous products. So if a firm raises its prices the consumers will move to the firm at a lower price.
The market demand curve though is downward sloping.
Answer: (b) -3.08
Explanation:
The relationship between the demand(q), price per unit product(p) and the disposable income,yd is given by the expression below;
q= 20ln(7yd-2p).
From the expression above, the marginal demand,
∂ q/∂ p is the differential of the equation of relationship between the demand, price and disposable income.
This involves considering the demand,q as the dependent variable and the price per unit product,p as the independent variable and the disposable income,yd is considered constant.
Therefore ,
∂ q/∂ p= (-40)÷(7yd-2p)
By substitution of
yd =$3000÷1000= $3
and p= $4
∂ q/∂ p= (-40)÷((7×$3)-(2×$4))
∂ q/∂ p= -40÷13= 3.08
Please see the attachment for knowledge on how ∂ q/∂ p was obtained.
