The fuse would not "blow" when the critical power loading was reached. The power going into the appliance could exceed the safety level. At best this could damage the appliance - which will usually be more expensive than a fuse. At worst, it could lead to a short circuit and a fire which could destroy property and possibly kill!
Experimental errors would cause the experimental value of specific heat capacity to be higher than the standard value.
Threshold value is a term used to describe the value of something that cannot go higher or lower than a set amount. An example of this would be gasoline.
That would be 1997. This would be impossible as too low a numeral is being taken from a higher numeral. For example if there is a value being deducted from an M, then the deducted value MUST be a C. If the answer was 1997, then the numerals would be as follows: MCMXCVII
The expression "master plus 1991" does not have a defined mathematical value, as "master" is not a numerical term. If "master" refers to a specific numeric value, you would need to replace it with that value to perform the addition. Without additional context, the expression remains ambiguous.
It is false because if it is the absolute value of a negative number, the answer would be higher than the original number. |-9|=9
No. By using a higher amperage fuse, you allow more dangerous current to pass through the wires. The fuse would not be able to do its job: protecting the circuit.
Copper has a much higher thermal conductivity compared to cotton wool, so copper would have a higher U value. Thermal conductivity is a measure of how easily heat passes through a material, with higher values indicating better heat conduction. Cotton wool, being a less conductive material, would have a lower U value.
Experimental errors would cause the experimental value of specific heat capacity to be higher than the standard value.
Higher.
Because the higher voltage would be dangerous domestically.
construction work is more dangerous than teaching
Threshold value is a term used to describe the value of something that cannot go higher or lower than a set amount. An example of this would be gasoline.
You could on a temporary basis, but it would blow as soon as the aggregate current on the circuit reached 5A instead of 10A. Replacing a higher value fuse with a lower fuse is not a safety hazard, but the other way around would be a hazard if you replaced a 5A with a 10 A.
An LD50 value of 17.5 milligrams would be considered far more dangerous than an LD50 value of 500 milligrams. The LD50 value for any drug or other chemical compound is the minimum lethal dose that kills 50% of test subjects (tests are usually conducted on rats and mice). Thus the lower the value, the more toxic the drug.
No, a lower millisecond value indicates faster performance, as it represents the time taken for a process to complete. Conversely, a higher millisecond value would mean a slower performance.
You could on a temporary basis, but it would blow as soon as the aggregate current on the circuit reached 5A instead of 10A. Replacing a higher value fuse with a lower fuse is not a safety hazard, but the other way around would be a hazard if you replaced a 5A with a 10 A.
Retail value is approx. $2,000 in excellent condition. The higher value model would be the 610-318 which has tubular bells.