It seems that you have missed the necessary options for us to answer this question, but anyway here is the answer. BACTERIA <span>exist in the ground, air, and bodies of most living things but do not need a host organism to live and multiply. Hope this answers your question.</span>
Answer:
The correct answer is a).
Explanation:
The income elasticity of demand refers to the percentual variation of quantity demanded of a certaing good in response to a percentual variation in income.
If the income elasticity of demand for medical care is 1.35,
<em>a. if income decreases by 1%, the quantity demanded for medical care decreases by 1.35%.</em> TRUE, this is what the definition implies.
<em>b. if the price of medical care increases by 1%, the quantity demanded for medical care decreases by 1.35%. </em>FALSE. In this elasticity, the sign is relevant. This income elasticity implies that changes in income and medical care expenses have the same sign.
<em>c. if the income of the average consumer increases by 1 dollar, the quantity demanded for medical care will increase by 1.35 units of care.</em> FALSE. The elasticity relates percentual variations, not absolute value variations.
<em>d. if income increases by 1%, the quantity demanded for medical care decreases by 1.35%.</em> FALSE. The same as point b.
Answer:
$50
Explanation:
Net income will be the difference between the selling price and the Cost price.
Cost price is $1000
net profit margin is 5%, selling price will be
=$1000 + profit margin
= $1000 + (5/100 x 1000)
=$1000 + $50
=$1050
Net income = $1050 -$50
=$50
To stay on campus or visit important places
Answer and Explanation:
The number of packets of waffles is W
and the number of muffins are M
The weight of dough is 250 pound and a pack of muffins requires 1 lb of dough whereas a pack of waffles uses 3/4 lb of dough.
3÷4W+M≤250
Multiplying both sides by 4
3W+4M≤1000
It takes bakers 6 minutes to make a packer of waffles and 3 minutes to make a pack of muffins, the total time available is 20 hours or 1200 minutes.
3M+6M≤1200
Minus the initial equation from the new equation:
(3M+6M≤1200)−(3W+4M≤1000)
2M≤200
Dividing equation by 2
M≤100
For M≤100
3W+4M≤1000
3W≤1000−4M
For the Maximum values of M
the least value of W is obtained
3W≥1000−4×100
3W≥600
Dividing the equation by 3
W≥300
For maximum profit, the number of waffles and muffins is taken as 300 and 100 respectively :
1.5∗300+2∗100
=650
