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What is an art credit line?
like a caption of words that tell about the work of art A credit line is a list of important facts about a work of art. This information is displayed along side a work of art and contains at least 6 facts. o Name of the artist o Title of the work (always in italics) o Year the work was created (c. = "circa" Latin for "about" or "around") o Medium used by the artist. This is the material used to make art. (acrylic, oil, watercolor, bronze, plaster cast, or if more than one is used, "mixed media") o Size of the work. (First number = height. Second number = width and if the work is three dimensional, the third number = depth.) * a number followed by '= foot measurement, number followed by " = inches, therefore 28'8" = twenty-eight feet, eight inches. o Location of the work, the gallery, museum, or collection in which the work is housed and the city, state and country. The names of donors may also be included.
Kate Malone's most famous piece of art work?
Kate Malone's most famous piece of art work is The Blackberry Teapot.
What was micangelos work he did and its famous?
David, Sisteen Chapel
What was lenardo da vici famous for?
Leonardo was a famous painter born 1452. He painted the 'Mona Lisa' his most famous work of art.
The surface quality of a work is called?
The surface quality is called texture.
It takes you 10 seconds and 100 N of force to move a shopping cart 10 meters to the checkstand?
1200w 100w
How much work is done pushing a shopping cart 100 meters with a force of 88N?
The work done pushing the shopping cart would be 8800 Joules, calculated as force (88N) times distance (100m). Work is the product of force applied in the direction of motion and the distance over which it is applied.
Where can I order web shopping cart software?
Securenetshop.com offers downloadable web shopping cart software and you can start with a free trial. This software is easy to use and does almost all of the work required besides sending the purchased items to the buyer.
When an average force F is exerted over a certain distance on a shopping cart of mass m its kinetic energy increases by 12mv2?
The work done on the shopping cart by the force is equal to the increase in its kinetic energy. Therefore, the work done is 12mv^2. If the force is exerted over a distance d, then the work done is also equal to Fd. Setting these two expressions equal gives you the relationship between the force, distance, and kinetic energy of the shopping cart.
You push a loaded shopping cart 5 meters along the ground with a force of 200 N What work have you done on it?
Work= Force(Distance) Work= 200(500) Work= 100000
You push a shopping cart with a force of 12 N for a distance of 1.5 m. You stop pushing the cart but it continues to roll for 1.1 m. How much work did you do?
was the day I was going Mia
Which famous Chicago shopping avenue will work out your chequebook more then calves?
the magnificent mile
How much work must be done on a kg shopping cart to increase its speed from 1 ms to 4 ms?
Probably less then solving this question or since F=ma 72N. The N stands for Nitwick.
Is there work done with a girl pulling her cart and why?
Yes, work is done when a girl pulls her cart because work is the transfer of energy resulting from a force acting over a distance. When the girl applies a force to pull the cart, and the cart moves in the direction of the force, work is being done on the cart.
How can a Google checkout shopping cart be added to a website?
It will differ depending on the website platform one is using to modify your pages. On the program dashboard one will find a section named "widgets" or "plugins". Under the tab search for "add shopping cart", find a suitable program, follow the instructions and add it.
A girl pulling her cart .who is the one doing work?
The girl is the one doing the work by pulling the cart.
A steady force of 125N is applied to a shopping cart that moves on a smooth plane parallel to the direction of the force How far does the cart move if 500J of work is done?
W = F x d Therefore d = W/F d = 500 / 125 = 4 meters
