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B The narrower the tube, the stronger the adhesive forces are allowing the water to climb higher up the tube. Since the two sides of the tube are closer, the water on one side is able to have increased attractive forces with the opposite side of the tube allowing it to climb higher. The narrower the tube, the stronger the cohesive forces are allowing the water to climb higher up the tube. With less surface area, the force of gravity working against the adhesive forces is lessened allowing the water to climb higher. Which of the statements below are true about trying to add salt to cooking oil? Select all true statements. A) Oil consists of mostly long carbon chains and is nonpolar. (B) Undissolved salt will float on top of the cooking oil. (C) Salt is an ionic compound. Salt and cooking oil will not form a solution because cooking oil has no way to separate the cations and anions from each other. Salt and cooking oil will form a solution using ion-induced dipole attractions.

B The narrower the tube, the stronger the adhesive forces are allowing the water to climb higher up the tube. Since the two sides of the tube are closer, the water on one side is able to have increased attractive forces with the opposite side of the tube allowing it to climb higher. The narrower the tube, the stronger the cohesive forces are allowing the water to climb higher up the tube. With less surface area, the force of gravity working against the adhesive forces is lessened allowing the water to climb higher. Which of the statements below are true about trying to add salt to cooking oil? Select all true statements. A) Oil consists of mostly long carbon chains and is nonpolar. (B) Undissolved salt will float on top of the cooking oil. (C) Salt is an ionic compound. Salt and cooking oil will not form a solution because cooking oil has no way to separate the cations and anions from each other. Salt and cooking oil will form a solution using ion-induced dipole attractions.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Why can water climb up higher in a glass tube with a smaller diameter? (A) With less surface area, the force of gravity working against the cohesive forces is lessened allowing the water to climb higher. (В The narrower the tube, the stronger the adhesive forces are allowing the water to climb higher up the tube. © Since the two sides of the tube are closer, the water on one side is able to have increased attractive forces with the opposite side of the tube allowing it to climb higher. The narrower the tube, the stronger the cohesive forces are allowing the water to climb higher up the tube. With less surface area, the force of gravity working against the adhesive forces is lessened allowing the Ⓒ water to climb higher. Which of the statements below are true about trying to add salt to cooking oil? Select all true statements. (A) Oil consists of mostly long carbon chains and is nonpolar. (B) Undissolved salt will float on top of the cooking oil. (C) Salt is an ionic compound. (D) Salt and cooking oil will not form a solution because cooking oil has no way to separate the cations and anions from each other. (E) Salt and cooking oil will form a solution using ion-induced dipole attractions.
Transcribed Image Text:Why can water climb up higher in a glass tube with a smaller diameter? (A) With less surface area, the force of gravity working against the cohesive forces is lessened allowing the water to climb higher. (В The narrower the tube, the stronger the adhesive forces are allowing the water to climb higher up the tube. © Since the two sides of the tube are closer, the water on one side is able to have increased attractive forces with the opposite side of the tube allowing it to climb higher. The narrower the tube, the stronger the cohesive forces are allowing the water to climb higher up the tube. With less surface area, the force of gravity working against the adhesive forces is lessened allowing the Ⓒ water to climb higher. Which of the statements below are true about trying to add salt to cooking oil? Select all true statements. (A) Oil consists of mostly long carbon chains and is nonpolar. (B) Undissolved salt will float on top of the cooking oil. (C) Salt is an ionic compound. (D) Salt and cooking oil will not form a solution because cooking oil has no way to separate the cations and anions from each other. (E) Salt and cooking oil will form a solution using ion-induced dipole attractions.
This is the What temperature does it boil at? What temperature does it freeze at? At letter A, what state(s) are present? At letter B, what state(s) are present? At letter C, what state(s) are present? At letter D, what state(s) are present? curve for a compound. At letter E, what state(s) are present? T (°C) Refer to the diagram above to answer the following questions. Prompts Last saved 10:41:14 PM 100-A Questions Filter (50) 60- 20- -20- -60- -100- B C D heat removed Submitted Answers Choose a match Choose a match Choose a match Choose a match Choose a match Choose a match Choose a match Choose a match : ●●● O O O O O O O O O O O O -110 °C solid and gas solid, liquid, and gas solid 105 °C gas liquid none cooling liquid and gas -60 °C solid and liquid 60 °C 0 °C heating
Transcribed Image Text:This is the What temperature does it boil at? What temperature does it freeze at? At letter A, what state(s) are present? At letter B, what state(s) are present? At letter C, what state(s) are present? At letter D, what state(s) are present? curve for a compound. At letter E, what state(s) are present? T (°C) Refer to the diagram above to answer the following questions. Prompts Last saved 10:41:14 PM 100-A Questions Filter (50) 60- 20- -20- -60- -100- B C D heat removed Submitted Answers Choose a match Choose a match Choose a match Choose a match Choose a match Choose a match Choose a match Choose a match : ●●● O O O O O O O O O O O O -110 °C solid and gas solid, liquid, and gas solid 105 °C gas liquid none cooling liquid and gas -60 °C solid and liquid 60 °C 0 °C heating
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