Q: This software must be installed on every computer you want to protect. It will monitor your kids using the safety settings you select. It's pre-installed on some versions of Windows 7. To verify, click the Start button, then click All Programs, then Windows Live, and then if it's installed, Windows Live Family Safety. If Family Safety isn't installed, go to the Windows Live Family Safety download page, and click Download. Follow the prompts to install Family Safety. Using your Windows Live ID, sign in and assign the "primary parent," the person you want to administer the settings. You cannot change this setting in the future. If you don't have a Windows Live ID, you will need to sign up. Click the check box next to the Windows account of each family member you want to monitor, then click Next or Save. To monitor somebody not listed, you will need to create a new Windows account. Microsoft recommends that each person in a household have their own Windows account. Disable guest accountskids will use that to get around the filters. If this is the first time you've used Family Safety, skip this step. If you already use Family Safety, match each Windows account to a name on the Family Safety members list. If a Windows account doesn't have a matching Family Safety name, click the option to add it. When you're done, be sure to click the Save button. If you don't have passwords for Windows administrator accounts or accounts you're not monitoring with Family Safety, you'll see the Add passwords screen. Click Add passwords. Click Next and you'll see the Windows accounts that Family Safety is now monitoring on the computer. It's important that all of your Windows accounts have passwords. Without that, kids could log on to that account and bypass their Family Safety settings, get to websites you don't want them to see, and you won't be able to see reports of their online activities.
A: Navigate to the Family Safety website. You can do this from any computer. Follow the steps and sign in. Download the Family Safety Filter. See if Family Safety is already installed. Sign in. Select who you want to monitor. Match accounts. Add passwords. Verify your setup.

Article: Using the ratio for a larger batch, make your hot mint tea. Just place the mint leaves in a large heat-safe bowl and pour the boiling water directly over the top. Allow to steep. To make a single serving, use the same mintwater ratio and method as you would for a mug of hot mint tea. Once the tea is ready, squeeze the lemon juice into the tea, making sure you don't get any seeds in the tea. Add your sweetener of choice, to taste, if you want sweet tea. Stir vigorously to break down the sugar particles. Agave nectar also works well as a liquid sweetener and honey substitute. Once it's cool, strain the tea into a pitcher and discard the used mint leaves. Refrigerate until it's cold. When the tea has chilled, and you are ready to serve it, fill your glasses with ice. Thinly slice a cucumber and add a few slices to each glass. Pour the tea and enjoy.
Question: What is a summary of what this article is about?
Make your mint tea. Stir in sweetener and lemon. Let the tea cool to room temperature. Serve over ice with cucumber.

Q: To calculate mass from volume, you must know the density of the object. Different materials have different densities. Consider a sphere made of styrofoam, for example, and compare its weight to a sphere the same size made of iron. Iron has a much greater density and will therefore have a greater mass. You can find densities of many solid materials by looking up density tables online, in textbooks or in other industry catalogs. For example, here are the recorded densities of some solid materials: Aluminum = 2700 kg/m3 Butter = 870 kg/m3 Lead = 11,350 kg/m3 Pressed wood = 190 kg/m3 The units you used in calculating volume must match the volume units in the density measurement. If they do not, then you must convert them. All of the examples in the previous section resulted in volumes measured in cubic centimeters. However, the cited density table provides densities based on cubic meters. Because there are 100 centimeters in a meter, there are 106 cubic centimeters in a cubic meter. Divide the given densities by 106 to represent the density in units of kg/cm3. (You can do this most easily by just moving the decimal point 6 spaces to the left.) For the four sample materials, the converted densities are as follows: Aluminum = 2700 kg/m3 = 0.0027 kg/cm3 Butter = 870 kg/m3 = 0.00087 kg/cm3 Lead = 11,350 kg/m3 = 0.01135 kg/cm3 Pressed wood = 190 kg/m3 = 0.00019 kg/cm3 Recall that the formula for density is Density=MassVolume{\displaystyle { ext{Density}}={
rac { ext{Mass}}{ ext{Volume}}}}. Rearranging this to find the mass, the equation becomes DensityVolume=Mass{\displaystyle { ext{Density}}*{ ext{Volume}}={ ext{Mass}}}. Using the four sample materials, aluminum, butter, lead and pressed wood, find the mass of a sphere that has a volume of 500 cm3. Aluminum:500cm30.0027kgcm3=1.35kg{\displaystyle { ext{Aluminum}}:500{ ext{ cm}}^{3}*0.0027{
rac { ext{kg}}{{ ext{cm}}^{3}}}=1.35{ ext{ kg}}} Butter:500cm30.00087kgcm3=0.435kg{\displaystyle { ext{Butter}}:500{ ext{ cm}}^{3}*0.00087{
rac { ext{kg}}{{ ext{cm}}^{3}}}=0.435{ ext{ kg}}} Lead:500cm30.01135kgcm3=5.675kg{\displaystyle { ext{Lead}}:500{ ext{ cm}}^{3}*0.01135{
rac { ext{kg}}{{ ext{cm}}^{3}}}=5.675{ ext{ kg}}} Pressed wood:500cm30.00019kgcm3=0.095kg{\displaystyle { ext{Pressed wood}}:500{ ext{ cm}}^{3}*0.00019{
rac { ext{kg}}{{ ext{cm}}^{3}}}=0.095{ ext{ kg}}}
A:
Find the density. Convert the units as needed. Multiply volume by density to find mass.