Answer:
The number is 768
Explanation:
The given parameters of the three digits number are;
The number is a multiple of four, therefore, a factor of the number = 4
The value of the first digit = A prime number larger than 5
The sum of the last two digits > 10
The value of the ones (place value) digit > The tens (place value) digit
Let 'xyz' represent the digits of the three digits number, we have;
x = A prime number digit larger than 5
∴ x = 7
y + z > 10
z > y and z > x
Given that 4 is a factor of the number, we have;
4 is a factor of 'z'
4 is also a factor of yz
Therefore, the digit, z > 7 and z is divisible by 4, therefore, z = 8
y + z = y + 8 > 10
∴ y > 10 - 8
y > 2
The multiples of 4 larger than 728 with the last digit equal to 8 are found using Microsoft Excel and presented as follows;
748, 768, 788
The numbers that have a larger ones place value are; 748 and 768
The sum of the las two digits are therefore, 4 + 8 = 12 and 6 + 8 = 14
The number that has the largest ones place value for the sum of the last two digits is 768
The number is 768
Answer:
The main reason for this is the ingredients found in the paint. Different Ingredients are used to make different types of color paints, therefore when each of these paints is used in connection with the solvent the different chemicals in the paint create a certain reaction with the chemicals in the solvent, and each reaction may be different in each color depending on the chemical compound.
Answer:
0.00116
Explanation
The tensile modulus is the measure of the elastic deformation that a material has undergo.
While elastic strain is define as form of strain in which a body return to its original length after the removal of the force .
Strain s expressed as
Where e is the strain, A is the area, F is the applied force and E itensile modulus
From the data given,
Force, F=40,000
Area=πr^2
and the tensile modulus E=110GPa
If we insert values we arrive at
Hence the strain experienced by the material is 0.00116
Explanation:
We assume the T flip-flop changes state on the rising edge of the clock input.
The first stage is connected to the clock. The second stage clock is connected to the inverse of the Q output of the first stage, so that when the first stage Q makes a 1 to 0 transition, the second stage changes state.
Answer:
Explanation:
The concept of amperes law is applied;
Given the current density vector in the medium is J,
the electric flux density vector is D,
and the magnetic flux density vector is B. The line integral of the magnetic field intensity H
considering the orientation of the contour is adopted according to ampere law;
deta x B = Jc + JD
delta x B = Jc + partial differential D/partial differential t
where Jc = conduction current density
JD = displacement current density