A machine fills soda cans with a sugary beverage. The amount of liquid is distributed uniformly between 350 and 360 ml. Find the probability that a randomly purchased soda can would have exactly 355 ml. Find the probability that a randomly purchased soda can would less than 355 ml. Find the probability that a randomly purchased soda can would have more than 357 ml. Find the probability that a randomly purchased soda can would have more than 353 ml. but less than 356 ml. Assume that soda cans have a maximum capacity of 359.5 ml. What is the proportion of cans that will be overfilled in any given day

Use addition and subtraction to simplify the following polynomials. a. add polynomials: (3 – 4x + 8x^2) + (–6 + 2x – 5x^2) step 1: rewrite the polynomials without the parentheses. step 2: write the polynomial in descending order and use parentheses around like terms. step 3: add the like terms identified in step 2 to simplify the polynomial. b. subtract polynomials: (3x – 5 – 7x^2) – (–2 + 6x^2 – 5x) step 1: rewrite the polynomials without the parentheses. remember to multiply each term in the second parentheses by –1. show your work. step 2: write the polynomial in descending order and use parentheses around like terms. step 3: add the like terms identified in step 2 to simplify the polynomial.

Write an expression that has three terms and simplifies to 4x - 7. identify the coefficient(s) and constant(s) in your expression

An investment decreases in value by 30% in the first year and decreases by 40% in the second year. what is the percent decrease in percentage in the investment after two years