answer:** Many highly educated people have left Iran due to a combination of factors, including: * **Limited economic opportunities:** Iran's economy has been struggling in recent years, and many highly educated people have found it difficult to find well-paying jobs in their field. * **Political repression:** Iran has a history of political repression, and many highly educated people have felt that they cannot freely express their opinions or pursue their careers without fear of persecution. * **Lack of academic freedom:** Iran's universities are subject to strict government control, and many highly educated people have felt that they cannot conduct research or teach in a free and open environment. * **Desire for a better life:** Many highly educated people have left Iran in search of a better life for themselves and their families. This may include factors such as higher salaries, better educational opportunities, and greater personal freedom. It is important to note that not all highly educated people who leave Iran do so for negative reasons. Some may simply be seeking new challenges or opportunities, or they may have family or other personal connections in other countries. However, the factors listed above have all played a role in the brain drain from Iran.

answer:You will be able to retire in 44.76 years. Using the future value of an annuity formula: [ FV = P times frac{(1 + r)^n - 1}{r} ] where: - ( FV ) is the future value of the annuity (1,000,000), - ( P ) is the monthly payment (500), - ( r ) is the monthly interest rate (5.00% / 12 = 0.004167), - ( n ) is the number of months. Solving for ( n ): [ 1,000,000 = 500 times frac{(1 + 0.004167)^n - 1}{0.004167} ] [ n approx 537.1782 ] Since ( n ) represents the number of months, to find the number of years, divide by 12: [ n_{years} = frac{537.1782}{12} approx 44.76 text{ years} ] Alternatively, you can use a financial calculator like the BA II Plus to calculate ( n ) directly: - Set PMT to 500. - Set I/Y to 0.4167. - Set PV to 0. - Set FV to 1,000,000. Press CPT, then N, and you'll get approximately 44.76 years.

answer:To solve this problem, we can use the following equation: {eq}v = u + at {/eq} where: {eq}v{/eq} is the final velocity {eq}u{/eq} is the initial velocity {eq}a{/eq} is the acceleration {eq}t{/eq} is the time We are given: {eq}u = 60 km/hr = 16.7 m/s{/eq} {eq}v = 36 km/hr = 10 m/s{/eq} {eq}a = -5 m/s^2{/eq} (negative because it is a deceleration) Substituting these values into the equation, we get: {eq}10 = 16.7 + (-5)t{/eq} {eq}Rightarrow t = frac{10 - 16.7}{-5} = 1.34 s{/eq} Therefore, it takes 1.34 seconds for the car to reach a velocity of 36 km/hr.

answer:The Union was victorious in two out of the four battles: Vicksburg and Fort Pickens. Therefore, the percentage of Union victories is (2/4) * 100 = 50%.