Exact(2)
Unitary elasticity is estimated at 3,708 JPY (35.7 USD), so municipalities offering higher than 3,708 JPY (35.7 USD) for a shot can expect substantial gains in uptake rates by reducing shot prices.
Inadequacy values included the price of a shot if it was changed many times during the operating years of the program, or if the municipality had set fixed subsidies to health care providers and had them decide their own retail shot prices that reflected discretional technical service fees.
Similar(58)
"That uppercut was a peach of a shot," Price said after the bout.
"Shot price" is negatively significant in all four models, which confirms a negative relation between the "Shot price" and the "Uptake rate".
The "Shot price" is individual cost burden for receiving one shot.
The uptake rate is found to depend significantly on the shot price.
The shot price is 3,708 JPY (35.7 USD) at unit elasticity, i.e., δ v = −1.
The vaccine uptake rate and the shot price have a negative relation.
This is because "Shot price" and "Income" are conventional variables in the theory of demand [ 18].
We can, however, give a probable breakdown of subsidy and shot price.
From (1) and the negative coefficient value of the "Shot price" in model 4, −0.069, the varying price elasticity becomes negatively larger as "Shot price" takes larger positive value.
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