<p>(1) <tex>Round the number §§V1(10,100,0.001)§§ to two decimal places.</tex></p> <p>(2) <tex>Given the number §§V2(100,1000,0.01)§§. Shorten it to the nearest whole value (integer).</tex></p> <p>(3) <tex>The measured mass of an object is §§V3(1,50,0.0001)§§ kg. Round this amount to three decimal places.</tex></p> <p>(4) <tex>Round the number §§V4(-500,500,0.1)§§ to the nearest ten.</tex></p> <p>(5) <tex>Express the value §§V5(0,1,0.00001)§§ to four decimal places using rounding rules.</tex></p> <p>(6) <tex>Ana bought groceries in a store for a total amount of §§V6(50,150,0.001)§§ euros. Since the amount on the receipt is shown to two decimal places, round this number to the nearest cent.</tex></p> <p>(7) <tex>Construction worker Marko is measuring the length of a metal rod which is §§V7(2,5,0.0001)§§ meters. For the purposes of a blueprint, shorten this number to two decimal places.</tex></p> <p>(8) <tex>A digital scale in the laboratory showed that the mass of a sample is §§V8(0,1,0.00001)§§ grams. A scientist must record the result rounded to four decimal places. What number will they record?</tex></p> <p>(9) <tex>The distance between two cities on a map is §§V9(100,500,0.01)§§ kilometers. If a traveler wants to plan a trip and needs a rough estimate, round this distance to the nearest ten.</tex></p> <p>(10) <tex>The average temperature measured during the day was §§V10(15,35,0.001)§§ degrees Celsius. Round this value to the nearest whole number for easier display in the news.</tex></p>