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What is four to the fifth power?
4 to the fifth power means: 4x4x4x4x4 4x4=16x4=64x4=256*4=1024 So = 1024
How can you use an exponent?
To use an exponent, simply multiply that number over and over again until you get what you are looking for. Let's try 4 to the 7th. 4 to the first power is 4, so you move on. 4 to the 2nd is 16, since 4 times itself once is 16, (4x4=16) 4 to the 3rd is the answer to the 2nd power (16) times four (16x4=64) 4 to the 4th is about the same, and it just keeps going that way, but they get harder as you get to higher numbers. For instance, the answer is still 64x4 (256) the fifth power of this number would still be 256, times four (1024). 4 to the 6th is 4096, since 1024x4 is 4096. And finally, to wrap up this problem and find the seventh power, multiply 4096 times 4 and you have the answer (16384)! so Four to the seventh power is 16384. Also, For bigger numbers, it takes more time, because often you will have to keep going up powers until you get to what you are trying to get (for instance, 97). But many people know they WON'T have to do it with this problem (because many people know the answer in their heads): 10 to the 100th power is a googol (10 with 100 zeros after it.) or 1.0 x 10-100th power. Or in scientific notation, 1.0e100, which still means 1.0 x 10 to the hundreth. Hope this solves your problem, -Kabob34
What is the value of x x x 64 x?
64x4 is the best that I can come up with.
What is the decimal equivalent of the following base 8 number 457?
(64x4)+(8x5)+7 = 256+40+7 = 303
What is four to the fifth power?
4 to the fifth power means: 4x4x4x4x4 4x4=16x4=64x4=256*4=1024 So = 1024
How many E1 in STM-0?
STM-0= 21 E1 lines STM-1=(64x1) - 1 = 63 E1 lines STM-4=(64x4) - 4 = 252 E1 lines STM-16=(64x16) - 16 = 1008 E1 lines STM-64=(64x64) - 64 = 4032 E1 lines and so on
Factor out the GCF 32x5 plus 64x4 plus 16x?
The greatest common factor is 16: 32 X 5 = 16 X 10; 64 X 4 = 16 X 16; and 16 = 16 X 1. Even though the two numbers could be further reduced, the term with "x" would then be fractional; therefore, 16 is the greatest common factor.
How can you use an exponent?
To use an exponent, simply multiply that number over and over again until you get what you are looking for. Let's try 4 to the 7th. 4 to the first power is 4, so you move on. 4 to the 2nd is 16, since 4 times itself once is 16, (4x4=16) 4 to the 3rd is the answer to the 2nd power (16) times four (16x4=64) 4 to the 4th is about the same, and it just keeps going that way, but they get harder as you get to higher numbers. For instance, the answer is still 64x4 (256) the fifth power of this number would still be 256, times four (1024). 4 to the 6th is 4096, since 1024x4 is 4096. And finally, to wrap up this problem and find the seventh power, multiply 4096 times 4 and you have the answer (16384)! so Four to the seventh power is 16384. Also, For bigger numbers, it takes more time, because often you will have to keep going up powers until you get to what you are trying to get (for instance, 97). But many people know they WON'T have to do it with this problem (because many people know the answer in their heads): 10 to the 100th power is a googol (10 with 100 zeros after it.) or 1.0 x 10-100th power. Or in scientific notation, 1.0e100, which still means 1.0 x 10 to the hundreth. Hope this solves your problem, -Kabob34
How do you build a mini ramp?
Step1 Decide on the kind of plan you want. You can buy inexpensive plans to build a skateboard mini-ramp, or sketch out your own plans. Step2 Plan the size of the skateboard mini-ramp to build. Most mini-ramps are 8 feet wide and a bit over 2 feet tall. Step3 Find a large workspace for your plans and tools. == Step1 Place a piece of 3/4-inch plywood on a flat surface. Draw a straight line up the right-hand side, measuring to the highest point of the mini-ramp. This is usually about 24 to 28 inches. Step2 Draw another straight line out to the left toward the center of your plywood board, measuring about 2 feet. This is the deck. Step3 Sketch a straight line along the bottom of the skateboard mini-ramp, about 5 feet. This is the bottom of the mini-ramp. Step4 Connect the top of the deck to the endpoint of the bottom using a curved line for the ramp. It is a good idea to use a half-circle drawing tool so the curve is true. == Step1 Cut along the lines using a skil-saw so the curves are smooth. Step2 Repeat on a second piece of plywood for the other side. Step3 Connect the two sides with 2-by-4's. Make sure they are at intervals frequent enough to support the mini-ramp. Step4 Use a single sheet of 3/8-inch plywood for the actual mini-ramp section, bending it to fit over the curve. Step5 Finish rough edges.
