please help me with this

g 1. What is the area enclosed by the "swoosh" symbol if each square represented by dashed lines has a side of length 1? You may use geometry or calculus to find the area. (Give your answer in terms of it and whole numbers, such as 7TT + 13, not as a decimal answer. Note that the whole numbers may be positive or negative.) The area of the "swoosh" symbol is square units. TT + The area in the figure can be found by adding or subtracting relevant areas from the square. In finance, a similar idea can be used with cash flows to find the values of securities. Consider the following problem involving three bonds with the same maturity that pay coupons annually. All three bonds have face values of $1,000. Bond A pays nual coupons of worth $1,055. Bond B pays annual coupons of $50, and is worth $985. The term cture interest rates is not flat. 2. What is the value of Bond C, if it pays annual coupons of $125? (Give your answer in dollars, as a whole number. Do not include comma separators in your answer.) The value of Bond C is $ g 1. What is the area enclosed by the "swoosh" symbol if each square represented by dashed lines has a side of length 1? You may use geometry or calculus to find the area. (Give your answer in terms of it and whole numbers, such as 7TT + 13, not as a decimal answer. Note that the whole numbers may be positive or negative.) The area of the "swoosh" symbol is square units. TT + The area in the figure can be found by adding or subtracting relevant areas from the square. In finance, a similar idea can be used with cash flows to find the values of securities. Consider the following problem involving three bonds with the same maturity that pay coupons annually. All three bonds have face values of $1,000. Bond A pays nual coupons of worth $1,055. Bond B pays annual coupons of $50, and is worth $985. The term cture interest rates is not flat. 2. What is the value of Bond C, if it pays annual coupons of $125? (Give your answer in dollars, as a whole number. Do not include comma separators in your answer.) The value of Bond C is $