PROJECT: PARTICIPATING IN THE ECONOMY

Mathematics

2 answers:

Pachacha [2.7K]3 years ago

7 0

Answer:

mom- is a producer because she teaches, which provides a service

shes also a consumer because she buys groceries

dad- producer/hes a laywer which provides a service, consumer/he pays the bills

sister- consumer/ she shops at the mall

Olegator [25]3 years ago

6 0

Answer:

Mrs Sade (producer) she owns a retail business, where she buys from producers and sell to final consumers. She sometimes earns discount as incentive for buying large quantity of goods. She is also a consumer, she buys food items.

Mr Sade- (producer) he renders consultancy services in the agricultural sector to farmers and agro-allied businesses, He earns incentive for his services through tax waiver from the government. He is also a consumer, he buys household items from nearby neighborhood market.

Sola: (consumer), buys household materials and school items, earns incentives via discount from shops he buys from.

Sade: (Producer) teaches in a primary school, the school pays into her pension account monthly. She is also consumer of finished goods which earns her incentives via discount for products she buys.

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Express 50p as a fraction of £8<br> Give your answer in its simplest form.

Sonbull [250]

Answer:

1/16

Step-by-step explanation:

Convert 50p to pound sterling.

50p = £0.5

Divide £0.5 with £8.

0.5/8

Simplify the fraction.

0.5×2/8×2

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3 years ago

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Inga [223]

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Determine whether the following series converges or diverges using the integral test. Be sure to verify that the integral test c

Finger [1]

By using the integral test, series converges

What is an integral test for convergence and divergence?

⇒ It is used to prove the divergence or convergence of series. This test is called the integral test, which compares an infinite sum to an improper integral. It is important to note that this test can only be applied when we are considering a series whose terms are all positive.

How to know if a series is converging or diverging?

If the limit exists and is a finite number (a number less than infinity), we say the integral converges. If the limit is ±∞ or does not exist, we say the integral diverges.

let aₓ= f (x) is any function

⇒ In order for the integral test to work The function must be positive it has to be continuous and it has to be decreasing when x≥1

If the integral converges it means the series is also converging

If the integral diverges it means the series is also diverging

The sequence $k^{3} /{e^{k^{4} }$ is clearly positive and decreases for k∈N then by the integral test,