Answer:
A, magnetic force is always perpendicular to the magnetic field. The direction of the magnetic force is perpendicular to both the direction of the velocity and the direction of the magnetic field.
The magnetic force is always perpendicular to the direction of the magnetic field, according to the Right-Hand Rule in Physics. Neither parallel nor antiparallel statements are correct.
The correct answer to your question, in regard to the relationship between magnetic force and magnetic field direction, is option A. According to the Right-Hand Rule in Physics, the magnetic force exerted on a moving charged particle is always perpendicular to the direction of the magnetic field. This means the force and field are not parallel or antiparallel to each other, but rather, they meet at a 90-degree angle.
#SPJ11
b. the type of wave
c. the original frequency of the source
d. the motion of the source or observer
I believe the answer is D, im not 100% sure though.
Answer:70 m below
Explanation:
46 +24= 70
Materials-
Earth Science: A Reference Guide -Earth Science: A Reference Guide - Earth's Oceans (pp. 124-125), Oceans Temperature (pp.130-131), Ocean Salinity(pp.132-133), Density of Ocean Water (pp.134-135)
watch
4 cups -tap water - You will need an ice cube tray and access to a freezer to freeze the water.
teaspoon
salt, table
______________________________________________________________
1.) How will the ice water mix with the salty water? Write your hypothesis below.
(I can't add the picture of the chart so bear with me)
Solution - Hypothesis Describing Mixing - Hypothesis Describing Temperature
(Will the top be warmer, cooler, or the same as the bottom?)
Solution 1
(Freshwater) - -
Solution 2
(salty water) - _____________________ - ________________________
Solution 3
(saturated water)- ______________ - _____________________
2.) Complete the data table. Sketch, use your computer to draw or write a detailed description to describe how the ice melts into the different solutions. At each interval, record the temperature at the top and bottom of the glass.
(Again I can't add the pic of the chart so bear with me)
Solution 1 - 0 minutes- 5 minutes- 10 minutes- 30 minutes-
(Freshwater)
Temperature
(top of glass) -______________________________-
Temperature
(bottom of the glass)-_______________________________-
Solution 2- 0 minutes- 5 minutes- 10 minutes- 30 minutes-
(salty water)
Temperature
(top of glass)- ____________________________________-
Temperature
(bottom of glass)-_______________________________________
Solution 3
(saturated water)- 0 minutes- 5 minutes- 10 minutes- 30 minutes-
Temperature
(top of glass)-___________________________________
Teperature
(bottom of glass)-_______________________________________
3.) Summarize your data. Describe how the ice melted into each solution, and compare the temperatures at the top and bottom of the glass.
(can't add the pic, bear with me)
Solution-
Mixing (how did the colord, fresh, melt-water mix with the salty water?)- Temperature (Was the top warmer or cooler, or was it the same as the bottom?) -
Solution 1
(freshwater)-__________________________________________-
Solution 2
(salty water)-___________________________________________
Solution 3
(saturated water)- ____________________________________
4.) What does your experiment suggest about what happens when icebergs melt into the ocean? Based on your data, do you think the sea-surface temperatures are warmer or cooler due to the melting water? Make sure you explain how your experiment helps you answer this question.
I really need help with this as soon as possible, if you do not know the answer to this do not answer please, let me repeat that, PLEASE DON'T ANSWER IF YOU DON'T KNOW THE ANSWER TO ALL THE QUESTIONS, also if your a k12 student, friend me so we can help each other with quizzes and stuff, and if you are a k12 student and you answer this, please don't put your exact answers on this, make it different from yours, I don't want a heart-attack email from my teacher
The way ice water mix with the salty water is that when a person adds salty water to ice, the salt will be the first thing to dissolves in the layer of liquid water that is seen on the surface.
By reducing the freezing point below the ices temperature, when the Ice is said to be in contact with salty water, it tends to melts, forming more liquid water, that will then dissolves more salt, causing a lot of ice to melt, and the process still goes on.
Learn more about Water Density from