Answer:
The correct answer is B
Explanation:
Price elasticity of the demand evaluates the demand responsiveness after the change or variation in the product own price.
The formula for computing the coefficient of price elasticity, is the factors which affect the elasticity and also elasticity is vital for business when deciding the prices.
So, Filet mignon(F) sells for $20 per pound when compared to that of hamburger (H) which sells the product for $2.30 per pound. F have the higher price as compare to the H, therefore, the coefficient of the price elasticity of demand in absolute value will be high or larger for F than that of H.
Answer:
Idk if this is the right answer but I Google it and I got virtual reality/artificial intelligence and autonomous vehicles
If Aneko typically purchases radio and television commercial time slots for local customers. These commercials are examples of <u>measured </u>media.
<h3>What is Measured Media?</h3>
Measured media is a media that comprises of the following:
- Newspaper
- Publishing
- Radio broadcast
- Television broadcast
Measured media is important as it enables business owners to know the best media platform to choose when it comes to advertising their product.
Therefore these commercials are examples of <u>measured </u>media.
Leatn more about measured media here:brainly.com/question/24018854
<h2>Given:-</h2>
- Initial velocity ,u = 0m/s
<h3>To Find:-</h3>
- Distance travel by the boat ,s
<h3 /><h3>Solution:-</h3>
We have to calculate the distance covered by the boat in given time interval. Using 2nd equation of motion
<h3>s = ut + 1/2at²</h3><h3 />
where,
v is the final velocity
a is the acceleration
u is the initial velocity
t is the time taken
s is the distance covered
Substitute the value we get
:⟹ s = 0×8 + 1/2×3 × 8²
:⟹ s = 0 + 1/2 × 3 × 64
:⟹ s = 3/2 × 64
:⟹ s = 3 × 32
:⟹ s = 96 m
Hence, the distance covered by the steam boat is 96 metres.
I believe the answer would be $126,000 because 3,000*7*6 equals 126,000. I may have done it wrong since I haven't done this in a while.