Food and Nutrition Chapter 5 Homework Abby Bridges, RD/LD, MS TYPE, SHOW YOUR WORK, AND USE APPROPRIATE LABELS! 1) Fat content in milk varies. Use the table to answer the questions. | Weight (g) | Fat (g) | Protein (g) | Carb (g) | Milk A (1cup) | 244 | 8 | 8 | 12 | Milk B (1 cup) | 244 | 5 | 8 | 12 | Milk C (1 cup) | 244 | 3 | 8 | 12 | Milk D (1 cup) | 244 | 0 | 8 | 12 | a) Based on weight, what percentage of each milk is fat (round to nearest whole number) *hint-
Words: 451 - Pages: 2
equation for both masses is Fnet = mg, this is due to the fact that both masses are at a certain height above the ground. Since g is a constant of 9.8m/s2 [down] and m is the same for both masses, the Fnet for both masses is equivalent. The forces of each mass pushing down cancel out each other, resulting in zero acceleration (zero motion). 2. a. Acceleration would increase, this would be due to the fact that there is now a difference in the value of m in the Fnet = mg equation for both masses
Words: 318 - Pages: 2
P 251 Force Activity 1-1: Introduction to Force Procedure: 1. Place one end of a rubber band around the vertical rod on your table. 2. Stretch the rubber band to a length of 10cm beyond its unstretched length, L0. [pic] 3. Place two rubber bands around the rod and stretch them together a length of 10cm Question 1-1: How does the combined force of two rubber bands compare to the force of just one rubber band? 1. Repeat with 3, 4 5 rubber bands. Activity 1-2: Measuring Force
Words: 1090 - Pages: 5
-potential energy rises as the skateboarder moves up. - Non-Conservative 9. Where is the skateboarder at on the ramp when he reaches the maximum point of potential energy? 4546.93 11. m = 76./kg The skateboarders mass = 76 kg 12a. calculated mass = 76 kg 12b. Actual mass 75 kg 12c. Comparison = .98% 13. When the coefficient is adjusted half way the kinetic energy decreases to 0 as to the potential energy decreases and finally stabilizes. - This is a closed system. Part 2: Friction
Words: 457 - Pages: 2
Phvsics Lab Report Format (Sample Report Attached) General Remarks: Writing a lab report is the only way your TA will know what you have done during the lab and how well you have understood the process and the results. Part of your lab experience should be learning how to organize and present your work in a scientific way. There is no framework that can be used as a "one size fits all", therefore this sample lab report should only be used as an example. Any lab report should have the
Words: 1506 - Pages: 7
Exercise 1: Flat bench press (which trains Pectoralis major). As you lower the bar towards the chest is the eccentric phase of the movement, as you raise the bar back up is the concentric phase of the movement. The isometric phase is when no movement occurs. If you perform the bench press exercise in a slow and controlled manner, I would say there are two isometric phases: the first one is when you have lowered the bar to chest and right before you start pushing it up again (at the end of the eccentric
Words: 277 - Pages: 2
Both mass and initial velocity effect the roller coaster in so far as that they increase the overall mechanical energy of the coaster, but they do so in different ways. Increasing the mass applies a linear increase to mechanical energy and mechanical that really has very little bearing on the actual performance of the roller coaster, as it will result in about the same velocity regardless at any given point on the coaster. It will, however, increase the force of friction via increasing the gravitational
Words: 681 - Pages: 3
means the more force you would need to allow the car to move and give the balloon having the greater force. After, watching the other cars race to improve my car I could have made a better support for the balloon and blown the balloon up to its maximum mass or size giving the car the most. Finally, I believe this project was a good opportunity to see Newtons third law in action and what roles friction and momentum can play in this
Words: 777 - Pages: 4
Bungees-R-us is asking us to throw ken off a 417 high balcony they asked to prove how many rubber bands will ken need without his head hitting the floor and to prove with evidence and we will need to use diagrams , formulas , graphs , and ect . I believe that the important information that they gave us is how many rubber bands there is in the x axis and also the the jump distance which is the y axis . Some other important information was how high was the balcony which was 417 inches . Well my plan
Words: 307 - Pages: 2
Josquin des Prez is regarded as one of the finest and most influential composers in the history of Western music. His level of writing, gave the Renaissance period a new level. Josquin des Prez was born around the year 1440 and dying in 1498, at 58 years old. Although, recent scholars indicates that he was born around 1450, before it was even recorded. Josquin des Prez is simply called Josquin, however he is also called in different names, pronounciation, in different countries. Study
Words: 574 - Pages: 3
