In one sentence, describe what the following article is about: Use the link or type the URL in a web browser. If your email or phone number isn't filled in automatically, type it into the labeled field and click on Next. If you don't remember any of the passwords you've used before, click on Try a different question at the bottom of the gray box. Continue clicking on Try a different question until you come across one that you can answer, answer it, then click on Next. You'll be asked to do one of the following: Confirm a text to the phone number associated with your Gmail account; Confirm a message to the email associated with your Gmail account; Confirm the email of your recovery email account if you've set one up; or Enter an email that you can check immediately. Your password has been recovered and you can sign into Gmail with it. If you were unable to enter a previous password or receive a message at your associated phone number, email, or recovery email, you'll be asked to "briefly tell us why you can't access your account." Enter a reason and click on Submit. Google will get back to you in 3-5 business days.
Summary: Go to https://mail.google.com. Click on Forgot password? below the password field. Enter the last password you remember and click on Next. Follow the on-screen instructions. Open the applicable email or text message from Google. Enter the verification code in the message in the field on the screen. Enter a new password and confirm it in the labeled fields. Click on Change password. Click on Continue.

If you have not already done so, peel and slice 2 to 3 bananas, and put them into a plastic bag. Leave them in the freezer overnight so that they are nice and firm. The more milk you add, the creamier the ice cream will be. You can use almond milk or coconut milkor any other non-dairy milk. If you are making mint chocolate chip ice cream, use only 2 bananas. All other flavors will require 3. Bananas are sweet on their own, but not everyone likes their taste. You can change the flavor to a certain extent by adding some additional ingredients. Here are some ideas to get you started: To make chocolate ice cream, add teaspoon of vanilla extract and 3 tablespoons of cocoa powder. To make mint chocolate chip ice cream, add teaspoon of peppermint extract. You can also add a drop or two of green gel food coloring. To make strawberry ice cream, add 1 cup (200 grams) of sliced, frozen strawberries and teaspoon of vanilla extract. To make vanilla ice cream, add teaspoon of vanilla bean paste or teaspoon of vanilla extract. From time to time, you may have to pause the blender/food processor, and push any lumps or clumps down towards the bottom with a rubber spatula. Keep blending until everything is evenly mixed together. At this point, your ice cream is done. You can step it up by adding in some extras, however. Toss in some chopped nuts, chocolate chips, or sprinkles, and gently fold them in with a rubber spatula. If you are making mint chocolate chip ice cream, you might want to stir in a handful of chocolate chips (dark chocolate or vegan). If you are making strawberry ice cream, you might want to stir in a handful of diced, frozen strawberries. At this point, the ice cream is ready as a soft-serve style. If you want it to be more firm, transfer it into a freezer-safe container, and leave it in your freezer for 30 minutes.
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One-sentence summary -- Peel, slice, and freeze the bananas ahead of time. Add all of the ingredients into a blender or food processor. Add some flavor. Blend until everything is smooth. Stir in some extras for texture. Serve the ice cream, or freeze it for another 30 minutes.

Problem: Article: Above, we dealt with work problems in which the object is moving in the same direction as the force being applied to it. In reality, this isn't always the case. In cases where the force and the object's motion are in two different directions, the difference between these two directions must also be factored into the equation for an accurate result. To begin, find the magnitude of the force and the object's displacement as you normally would. Let's look at another example problem. In this case, let's say that we're pulling a toy train forward as in the example problem above, but that this time we're actually pulling upward at a diagonal angle. In the next step, we'll take this into account, but for now, we'll stick to the basics: the train's displacement and the magnitude of the force acting on it. For our purposes, let's say that the force has a magnitude of 10 newtons and that it's moved the same 2 meters (6.6ft) forward as before. Unlike in the examples above, with a force that's in a different direction than the object's motion, it's necessary to find the difference between these two directions in the form of the angle between them. If this information isn't provided to you, you may need to measure it yourself or deduce it from other information in the problem. In our example problem, let's say that the force is being applied about 60o above the horizontal. If the train is still moving directly forward (that is, horizontally), the angle between the force vector and the train's motion is 60o. Once you know the object's displacement, the magnitude of the force acting on it, and the angle between the force vector and its motion, solving is almost as easy as it is without having to take the angle into account. Simply take the cosine of the angle (this may require a scientific calculator) and multiply it by force and displacement to find your answer in joules. Let's solve our example problem. Using a calculator, we find that the cosine of 60o is 1/2. Plugging this into the formula, we can solve as follows: 10 newtons 2 meters (6.6ft) 1/2 = 10 joules.
Summary:
Find the force and displacement as normal. Find the angle between the force vector and the displacement. Multiply Force Distance Cosine().