Review the following statements regarding the top-loading balance and select all statements that are true The tare switch will set the balance to 0.00 g, whether an object is on the pan or not. Make sure the object you are weighing is clean and dry on the outside and inside. If a person is leaning on the bench , their weight changes the level but does not greatly affect the mass reading Changes in the last digit displayed on the balance indicate that the mass of the object is changing. A top-loading balance is less accurate than an analytical balance.

Let's review each statement regarding the top-loading balance:<br /><br />1. **The tare switch will set the balance to 0.00 g, whether an object is on the pan or not.** <br /> - This statement is true. The tare function resets the display to zero regardless of whether there is an object on the pan, allowing you to measure the net weight of additional objects.<br /><br />2. **Make sure the object you are weighing is clean and dry on the outside and inside.** <br /> - This statement is true. Ensuring that the object is clean and dry prevents contamination and ensures accurate measurements.<br /><br />3. **If a person is leaning on the bench, their weight changes the level but does not greatly affect the mass reading.** <br /> - This statement is false. Leaning on the bench can affect the balance's stability and potentially alter the mass reading, especially if the balance is sensitive.<br /><br />4. **Changes in the last digit displayed on the balance indicate that the mass of the object is changing.** <br /> - This statement is true. Fluctuations in the last digit can indicate slight changes in mass or environmental factors affecting the measurement.<br /><br />5. **A top-loading balance is less accurate than an analytical balance.** <br /> - This statement is true. Top-loading balances generally have lower precision compared to analytical balances, which are designed for more precise measurements.<br /><br />Therefore, the true statements are: 1, 2, 4, and 5.